Dental CAD/CAM Burs Blog — Industry News & Insights

FDI Launches "Generation Smile" Campaign: What Dental Labs and Clinics Should Know About the Global Push for Oral Health

Published: 2026-09-08 | Source: : Articles – Dental Tribune

Key Takeaways

FDI World Dental Federation officially launched **Generation Smile**, a new three-year campaign for World Oral Health Day (WOHD), on 6 September at the FDI World Dental Congress in Prague, Czech Republic.
The first-year theme, **"Join Generation Smile,"** aims to build a global movement positioning oral health as an essential part of overall health and well-being — reinforcing the message that restorative and preventive dentistry are inseparable from systemic health.
For dental laboratories and clinics, this global awareness push may drive increased patient demand for restorative treatments, including CAD/CAM-produced restorations using zirconia and glass ceramic — meaning labs should ensure milling burs and digital dentistry workflows are ready for higher case volumes.
The three-year campaign structure signals sustained, long-term investment in patient education, which historically correlates with greater acceptance of prosthodontic and restorative treatment plans in dental practices worldwide.

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Dentsply Sirona Completes 2026 Ultrasonic Scaling Teaching Institute: What Dental Laboratories Should Know About Digital Dentistry Training

Published: 2026-09-08 | Source: : Dentistry Today

Key Takeaways

Dentsply Sirona hosted key dental hygiene and periodontal faculty from across the US and Canada at DS Academy in Charlotte, North Carolina, for the 2026 Ultrasonic Scaling Teaching Institute (USTI), signaling continued investment in clinical education alongside its restorative and digital dentistry portfolio.
The hands-on training focused on ultrasonic instrumentation, curriculum development, and digital dentistry education — a reminder that Dentsply Sirona's ecosystem (including Sirona CEREC systems) remains a central platform for dental laboratories and clinics seeking compatible CAD/CAM milling workflows.
For dental labs running Sirona CEREC or compatible milling systems, Dentsply Sirona's ongoing faculty engagement reinforces the clinical adoption of digital dentistry, which drives demand for compatible milling burs for glass ceramic, zirconia, and PMMA restorations.
SINCEN Dental offers high-quality CAD/CAM milling burs compatible with Sirona CEREC, Imes-icore, Amann Girrbach, Roland DWX, VHF, and Datron systems — ensuring dental laboratories can support the growing restorative volume generated by expanded digital dentistry training initiatives.

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The Mirror Never Lies: What Dental Professionals Can Learn About Patient Self-Perception in Restorative Dentistry

Published: 2026-09-08 | Source: : Dentistry Today

Key Takeaways

Patients evaluate restorative outcomes in everyday mirrors — before work, dinner, or family photos — making natural aesthetics a critical benchmark for dental laboratories and clinicians delivering CAD/CAM restorations.
Dr. Harvey N. Silverman's reflection highlights that every patient eventually confronts their own smile in a mirror, reinforcing why precision milling with quality dental burs for glass ceramic and zirconia directly impacts patient satisfaction.
Dental labs should recognize that the "mirror test" is the ultimate quality check patients perform on crowns, veneers, and other restorations — surface finish and marginal fit achieved during CNC dental milling are what patients actually see and feel.
Restorative work that survives the unforgiving mirror inspection requires consistent, high-performance milling burs compatible with Sirona CEREC, Amann Girrbach, Roland DWX, and other major CAD/CAM systems.

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Dental Therapist Prescribing Rights: How Regulatory Hierarchy Impacts Restorative Dentistry and Digital Workflows

Published: 2026-09-08 | Source: : Dentistry.co.uk

Q1: Why can a dental therapist perform invasive restorative procedures but not prescribe medications like botulinum toxin for bruxism?

A: Alicja Zajac highlights a "quiet absurdity" in UK dental regulation: a dental therapist can drill into a child's tooth under local anaesthetic, yet cannot prescribe a reversible neurotoxin to treat bruxism or facial pain. This discrepancy raises questions about whether prescribing restrictions are based on actual clinical competence or simply professional hierarchy.

Q2: What does this regulatory inconsistency mean for dental laboratories and restorative workflows?

A: When dental therapists are empowered to perform restorative procedures but restricted from prescribing, treatment planning can become fragmented across multiple providers. For dental labs producing CAD/CAM restorations — whether milled from glass ceramic, zirconia, or PMMA — clear, streamlined clinical decision-making upstream directly affects case quality and turnaround time.

Q3: Are current prescribing regulations for dental therapists evidence-based and proportionate?

A: According to Zajac's analysis, the regulations appear neither fully proportionate nor consistently evidence-based when measured against the invasive procedures therapists are already legally permitted to perform. The article calls for examining whether these restrictions align with principles of equality and actual clinical competence rather than outdated hierarchical structures.

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3D-Printed Dentures in Digital Dentistry: Do Efficiency Gains Translate to Better Patient Outcomes?

Published: 2026-09-07 | Source: : Articles – Dental Tribune

Q1: How do 3D-printed complete denture workflows compare with traditional analogue methods in terms of clinical and laboratory efficiency?

A: According to researchers in Natal, Brazil, digital workflows for complete denture fabrication can reduce both clinical and laboratory time as well as overall treatment costs compared with conventional analogue methods. The study specifically compared analogue and 3D-printed complete denture workflows to verify whether these practical advantages hold up in real-world application.

Q2: Why is patient satisfaction and quality of life a critical factor when evaluating digital denture fabrication?

A: The researchers emphasized that efficiency gains alone are not sufficient justification for adopting digital workflows — patient satisfaction and quality of life must be considered alongside time and cost savings. The study was designed to determine whether the practical advantages of 3D-printed dentures remain meaningful when outcomes that matter directly to patients are evaluated.

Q3: What does this research mean for dental laboratories weighing investment in digital denture production?

A: For dental laboratories, the study underscores that 3D-printed denture workflows may offer measurable reductions in fabrication time and treatment costs, but adoption decisions should also account for verified patient-reported outcomes. Labs considering a shift toward digital denture production should look for evidence that efficiency does not come at the expense of patient comfort, function, or satisfaction.

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Bupa Dental Care Brings Curodont Repair to UK Practices, Expanding Early Caries Treatment Beyond Restorative Dentistry

Published: 2026-09-07 | Source: : Articles – Dental Tribune

Q1: What is Curodont Repair and why is Bupa Dental Care rolling it out across its UK practices?

A: Curodont Repair is an innovative early caries treatment developed by Swiss healthcare company vVARDIS that has been clinically proven to stop and reverse early caries. Bupa Dental Care has partnered with vVARDIS to introduce the treatment across its UK practices, helping clinicians intervene earlier and close the treatment gap between prevention and invasive restorations.

Q2: How does this early intervention approach benefit patients who might otherwise need restorative work?

A: The treatment is designed to help save natural tooth structure by addressing caries before they progress to the stage requiring invasive restorations. For dental professionals, this means patients can potentially avoid or delay conventional restorative procedures, preserving more of the natural dentition.

Q3: What does this partnership signal for dental practices looking to expand preventive treatment options?

A: The collaboration between Bupa Dental Care and vVARDIS reflects a growing industry shift toward minimally invasive, prevention-first dentistry. By adopting clinically proven early caries reversal technology, practices can offer patients a treatment option that sits between traditional prevention and restorative intervention, potentially reducing long-term demand for more extensive restorative work.

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NHS to Private Dentistry: Choosing the Right Pace for Your Dental Practice Transition

Published: 2026-09-07 | Source: : Dentistry.co.uk

Q1: Why are more NHS dental practices considering a move to private dentistry right now?

A: Rising costs and disappointing tweaks to the dental contract are pushing many NHS practices to evaluate their options outside NHS dentistry. Practice Plan regional support manager Amy Hansford notes that practice owners are increasingly weighing how and when to make this transition.

Q2: Do dental practices have to switch from NHS to private dentistry all at once?

A: No — turning off the NHS tap all at once isn't the only way to introduce private dentistry. Practices can choose the pace of transition, gradually blending private offerings alongside NHS work rather than making an abrupt, all-or-nothing switch.

Q3: What practical guidance is available for dental practice owners considering a gradual NHS-to-private transition?

A: Amy Hansford, a regional support manager at Practice Plan, speaks directly with practice owners about structuring a phased transition. Her insights focus on how practices can introduce private dentistry at a manageable pace while navigating the financial pressures of rising costs and recent dental contract changes.

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Dental Education Reform: CDO England Questions Entry Requirements and the Future of the Dental Laboratory Workforce

Published: 2026-09-07 | Source: : Dentistry.co.uk

Q1: What concerns did Jason Wong, CDO for England, raise about current dental school entry requirements?

A: Jason Wong, chief dental officer (CDO) for England, questioned whether current dental school entry requirements reflect the practical and people-centred nature of the profession. Speaking during a panel discussion hosted by mydentist at its Chesterfield practice, he suggested the requirements may be "out of kilter" with what dentistry actually demands.

Q2: What steps are being taken to widen participation in dental education?

A: Wong confirmed that work is under way to widen participation in dental education, aiming to make the profession more accessible and better aligned with its practical, patient-focused realities. This could have long-term implications for the dental laboratory sector by diversifying the pipeline of future clinicians and technicians.

Q3: How might changes to dental education impact dental laboratories and digital dentistry workflows?

A: If entry requirements shift to value practical aptitude and people skills over purely academic metrics, dental schools may produce graduates who are more hands-on and collaborative — qualities that support stronger working relationships with dental laboratories. For labs investing in CAD/CAM milling, zirconia, and glass ceramic workflows, a workforce that understands restorative dentistry from a practical standpoint could drive more efficient digital dentistry collaboration.

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FDI Young Dentists Forum: Real-Life Skills for Early-Career Dental Professionals in Digital Dentistry

Published: 2026-09-04 | Source: : Articles – Dental Tribune

Q1: What is the FDI Young Dentists Forum, and who is it designed for?

A: The FDI Young Dentists Forum is a dedicated platform within the FDI World Dental Congress programme, now in its fourth edition, created for early-career dentists to exchange experiences, develop leadership skills, and discuss professional issues shaping their careers. It was developed by FDI World Dental Federation in recognition of the opportunities and challenges faced by the next generation of dental professionals.

Q2: How does the FDI Young Dentists Forum help young dentists move beyond simply surviving in the profession?

A: The forum focuses on practical, real-life skills rather than purely clinical topics, providing a space where early-career dentists can build leadership capabilities and connect with peers facing similar professional transitions. By strengthening the dental profession through this initiative, FDI aims to help young practitioners thrive in both clinical and practice-management aspects of their careers.

Q3: Where is the FDI Young Dentists Forum held, and how can young dental professionals participate?

A: The forum is part of the FDI World Dental Congress programme, with the fourth edition taking place in Prague, Czech Republic. Young dentists interested in participating can attend as part of the broader FDI World Dental Congress, which brings together dental professionals from around the world to address issues relevant to the future of dentistry.

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Mouth-Mind Connection: Why Patient Confidence Should Shape Your Digital Dentistry Case Presentations

Published: 2026-09-04 | Source: : Dentistry.co.uk

Key Takeaways

Bupa Dental Care’s ‘Dental Health Is… Live’ conference highlighted that patients rarely discuss oral health using clinical terms like periodontal risk or systemic links — instead, they talk about confidence, wellbeing, and everyday experiences.
Dental laboratories and restorative teams can leverage this insight by framing CAD/CAM restorations — from zirconia crowns to glass ceramic veneers — around the confidence patients gain, not just the technical precision of the milling process.
Understanding the mouth-mind connection helps dental professionals motivate patients to embrace preventive care, which can drive earlier acceptance of restorative treatment plans before extensive chairside work becomes necessary.
For labs milling aesthetic restorations with high-quality dental burs, delivering outcomes that visibly boost patient confidence reinforces the value of precision digital dentistry beyond the technical specifications alone.

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Heartland Dental's Conuity Platform Aims to Streamline Specialty Referrals in Digital Dentistry Workflows

Published: 2026-09-04 | Source: : Dentistry Today

Key Takeaways

Heartland Dental has launched Conuity Care Coordination, an enhanced platform and suite of services designed to better connect general dentists, specialty providers, and patients throughout the specialty dental care journey.
The platform addresses a significant industry gap: currently only 15% of patients who are referred to a specialist actually complete the visit, highlighting the need for improved visibility and communication between providers.
Conuity strengthens continuity of care by improving communication between general dentists and specialty providers, reducing the risk of lost referrals and fragmented treatment plans.
For dental laboratories and clinics invested in restorative workflows, improved care coordination means specialty cases — such as implants or complex prosthetics — can move more predictably from diagnosis to final restoration, supporting smoother integration with CAD/CAM milling and digital dentistry processes.

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Laxmi Dental Investor Meeting: What Dental Laboratory Professionals Should Watch on September 9

Published: 2026-09-04 | Source: : "dental industry news laboratory" - Google News

Key Takeaways

Laxmi Dental has scheduled an analyst and investor meeting on September 9 at 10 AM, signaling potential strategic updates that dental laboratory owners and equipment distributors should monitor for supply chain or product roadmap implications.
The meeting may reveal updates relevant to the dental laboratory sector, including possible developments in restorative materials, digital dentistry workflows, or manufacturing capacity that could affect CAD/CAM milling demand.
Dental labs and clinics relying on milling burs for glass ceramic, zirconia, and PMMA restorations should track Laxmi Dental's announcements for any shifts in material partnerships or production priorities.
Investor-facing communications from dental manufacturers often precede product launches or capacity expansions — staying informed helps dental equipment distributors anticipate changes in the restorative supply landscape.

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Dental Career Transitions and Pension Planning: Keeping Your Retirement Strategy Aligned with Your Practice

Published: 2026-09-05 | Source: : Dentistry.co.uk

Q1: How can a dentist's changing career path — from associate to practice owner — affect their pension strategy?

A: A career in dentistry can change considerably from qualification to retirement, including beginning as an associate, increasing NHS or private commitments, becoming a practice owner, or moving away from clinical work. Each transition shifts your income structure and tax position, meaning your retirement plan must be reviewed and adjusted to keep pace with your career rather than remaining static.

Q2: What practical steps should dental professionals take to ensure their pension keeps pace with career changes?

A: Dental professionals should regularly reassess their pension contributions and investment strategy whenever their employment status or income structure changes, such as moving between NHS and private work or acquiring a practice. Keeping retirement plans on track requires proactive adjustments rather than relying on a plan set at the start of your career.

Q3: Why is it risky for dentists to leave their pension planning unchanged throughout their career?

A: Because the financial circumstances of a newly qualified associate differ dramatically from those of an established practice owner, an unchanged pension plan may no longer be tax-efficient or sufficient for long-term retirement goals. Failing to adapt can leave dental professionals with inadequate savings or missed opportunities for tax relief at key career milestones.

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FDI 2027 Mumbai Congress: What Dental Laboratories and CAD/CAM Professionals Should Expect

Published: 2026-09-05 | Source: : Articles – Dental Tribune

Q1: What is the significance of the 2027 FDI World Dental Congress being held in Mumbai, and who is leading the organizational efforts?

A: The 2027 FDI World Dental Congress will mark the congress's return to India, with Dr. Ashok D. Dhoble, honorary secretary-general of the Indian Dental Association, spearheading the plans. The event aims to be "a meaningful gathering of the dental profession," with details already being shared ahead of FDIWDC26 in Prague.

Q2: What can dental professionals — including restorative and digital dentistry practitioners — expect from the Mumbai congress's scientific programme and exhibition?

A: According to Dr. Dhoble, the Mumbai congress will feature a comprehensive scientific programme alongside a "whole new exhibition experience," designed to engage the global dental community. The event will also emphasize support for young dentists, reflecting a forward-looking approach that aligns with the evolving needs of dental laboratories and clinics adopting CAD/CAM and milling technologies.

Q3: Why should dental lab technicians and equipment distributors pay attention to the 2027 Mumbai congress now?

A: The early promotion of the Mumbai event signals a strategic push to attract international participation, including stakeholders in digital dentistry and restorative workflows. For dental labs and distributors of CAD/CAM milling burs and related equipment, the congress represents a potential platform for networking, education, and exploring long-term impacts on the Indian and global dental markets.

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World Oral Health Day 2027–2029 Campaign Launch: What Digital Dentistry and Dental Laboratory Professionals Should Know

Published: 2026-09-05 | Source: : Articles – Dental Tribune

Q1: When and where will FDI World Dental Federation launch the next World Oral Health Day campaign cycle?

A: FDI will launch the next three-year World Oral Health Day (WOHD) cycle tomorrow at the 2026 FDI World Dental Congress in Prague, Czech Republic. The dedicated session will present the 2027–2029 campaign theme.

Q2: What can dental professionals expect from the WOHD launch session in Prague?

A: The session will include case studies, expert presentations, and the announcement of the 2026 WOHD award winners. It is designed to introduce the new 2027–2029 campaign theme to the global dental community.

Q3: Why should dental laboratories and clinics pay attention to the new WOHD campaign cycle?

A: World Oral Health Day campaigns shape global patient education and awareness initiatives that dental laboratories and clinics can align with for community outreach. Understanding the 2027–2029 theme helps restorative and digital dentistry teams prepare relevant patient-facing materials and local events.

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Does Truth Still Matter in Restorative Dentistry? FDI 2026 Session Tackles Reliable Evidence for Digital Dentistry and CAD/CAM Decisions

Published: 2026-09-05 | Source: : Articles – Dental Tribune

Q1: What is the main challenge the 2026 FDI World Dental Congress session “Does truth still matter?” aims to address for dental professionals?

A: The session addresses how clinicians and dental laboratories can navigate an increasingly abundant but difficult-to-evaluate scientific literature to determine what constitutes reliable knowledge in clinical dentistry. It will explore the role of science in guiding restorative and digital dentistry decisions, moderated by Prof. Helen Whelton, head of the College of Medicine and Health at University College Cork.

Q2: Why should dental lab technicians and clinicians care about evidence reliability when choosing materials or workflows such as glass ceramic or zirconia milling?

A: Because reliable knowledge is not always synonymous with perfect evidence — a core tension the FDI session will examine. For dental professionals making CAD/CAM material and milling choices, understanding how to evaluate evidence quality directly impacts clinical outcomes and the trustworthiness of restorative protocols.

Q3: Where and when will this discussion on science and truth in dentistry take place?

A: The session “Does truth still matter? The role of science in dentistry” will be held at the 2026 FDI World Dental Congress in Prague, Czech Republic, with Prof. Helen Whelton serving as moderator.

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Dyson CameraJet Toothbrush Debuts at FDI World Dental Congress: What Digital Dentistry Professionals Should Know

Published: 2026-09-05 | Source: : Articles – Dental Tribune

Key Takeaways

Dyson presented its new CameraJet toothbrush to dental professionals today at the FDI World Dental Congress in Prague, Czech Republic, following the product's official launch in Paris earlier this week.
The CameraJet combines four technologies in one device: sonic toothbrushing, an integrated camera, machine learning, and a targeted jet of mouthrinse designed to clean interdental spaces during brushing.
The integrated camera and machine learning capabilities signal growing convergence between consumer oral care devices and diagnostic imaging—a trend dental laboratories and clinics should monitor as patients become more engaged with at-home oral health data.
Dyson's entry into the oral care market with a technology-forward device underscores rising patient expectations for precision and innovation, reinforcing the value of digital workflows in restorative dentistry and CAD/CAM-driven practices.

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A-dec at FDI Congress: How Connected Dental Workflows Are Reshaping Digital Dentistry

Published: 2026-09-05 | Source: : Articles – Dental Tribune

Q1: What smart solutions is A-dec showcasing at the FDI World Dental Congress in Prague?

A: A-dec is presenting its A-dec Pro delivery systems and the A-dec+ platform, both designed to help clinicians integrate equipment and information seamlessly within the operatory rather than relying on disconnected individual devices.

Q2: Why are dental professionals shifting their focus from standalone devices to connected workflows?

A: As digital technologies become more deeply embedded in dental practice, clinicians are looking beyond individual devices to evaluate how equipment and data can work together as a unified system — a shift that mirrors the broader digital dentistry trend toward interoperability, much like how CAD/CAM milling and restorative workflows demand seamless coordination across scanners, software, and milling burs.

Q3: How does the A-dec+ platform support a more efficient dental laboratory and clinical ecosystem?

A: While A-dec's solutions target operatory connectivity, the underlying principle aligns with the needs of dental laboratories investing in CAD/CAM systems: reducing friction between components. Just as labs require compatible milling burs across glass ceramic, zirconia, and PMMA materials for consistent output, connected delivery systems help clinicians streamline chairside workflows and data flow.

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FDI World Dental Congress 2026 Opens in Prague: What Digital Dentistry and CAD/CAM Professionals Should Know

Published: 2026-09-04 | Source: : Articles – Dental Tribune

Q1: Where and when is the 2026 FDI World Dental Congress taking place, and who is organizing it?

A: The 2026 FDI World Dental Congress is being held in Prague, Czech Republic, and runs until 7 September. It is organized by the FDI World Dental Federation in collaboration with the Czech Dental Chamber, marking the first time the congress has been hosted in the Czech capital.

Q2: Why is this congress significant for dental laboratory professionals and those in restorative dentistry?

A: This edition is historically notable because it marks 126 years since FDI's founding, underscoring the organization's long-standing role in shaping global dentistry. For dental labs and restorative clinicians, the congress serves as a key platform for exploring advances in digital dentistry, CAD/CAM workflows, and materials such as zirconia and glass ceramic that are central to modern milling and restorative practices.

Q3: What makes the Prague venue particularly relevant for the international dental community?

A: Hosting the congress in Prague for the first time reflects FDI's effort to engage dental professionals across Central Europe, a region with a growing dental laboratory and manufacturing base. The collaboration with the Czech Dental Chamber highlights local industry involvement and provides attendees with direct access to European dental technology and milling innovations.

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Haleon Puts Preventive Dentistry and Oral Health Access Front and Center at FDI Congress

Published: 2026-09-04 | Source: : Articles – Dental Tribune

Key Takeaways

Haleon used the FDI World Dental Congress in Prague to emphasize that periodontal disease is now clinically linked to systemic conditions like Type 2 diabetes and cardiovascular disease, shifting oral care from a tooth-focused model to a whole-body prevention strategy.
In 2025, oral disease was explicitly incorporated into the UN political declaration on non-communicable diseases — a landmark recognition that elevates oral health alongside other major global health priorities.
For dental laboratories and clinics, the industry-wide pivot toward prevention and integrated care reinforces the need for restorative workflows — including CAD/CAM milling of glass ceramic and zirconia — that support long-term periodontal and prosthetic outcomes.
The congress messaging underscores that access to oral healthcare remains a critical gap, creating opportunities for dental equipment distributors and milling bur suppliers to support scalable, cost-effective digital dentistry solutions in underserved markets.

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Operatory Design and Ergonomic Workflow Take Center Stage at FDI World Dental Congress

Published: 2026-09-04 | Source: : Articles – Dental Tribune

Key Takeaways

A-dec used the FDI World Dental Congress in Prague to emphasize how dental operatory equipment design directly supports ergonomics, workflow, and long-term use in daily dental practice.
The industry exhibition at the FDI congress serves as a key platform for dental professionals to explore new products and broader developments affecting everyday clinical work — not just clinical techniques but also the physical environment where restorative and digital dentistry workflows occur.
For dental laboratories and clinics investing in CAD/CAM and digital dentistry, the attention to operatory ergonomics mirrors the same principle behind choosing durable, precision-machined milling burs: equipment design quality determines long-term clinical efficiency and consistency.
The congress setting highlights how global dental events increasingly bridge clinical dentistry with equipment innovation, offering dental equipment distributors and laboratory decision-makers a chance to evaluate how hardware choices — from operatories to CNC dental milling systems — impact practice profitability and operator well-being.

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PDS Health and United Concordia Saliva Screening Pilot: What Dental Professionals Need to Know About Periodontal Disease Management

Published: 2026-09-04 | Source: : Dentistry Today

Q1: What is the new saliva screening pilot launched by PDS Health and United Concordia Dental, and where is it taking place?

A: United Concordia Dental and PDS Health® launched a saliva screening pilot in Southern California earlier this week. The pilot aims to improve oral health and overall health by investigating the screening's impact on periodontal (gum) disease management.

Q2: Why is this saliva screening pilot significant for dental practices focused on restorative and preventive care?

A: According to the Centers for Disease Control and Prevention (CDC), periodontal disease affects a substantial portion of the adult population, making early detection critical. This pilot explores how saliva screening can support dental-medical integration, potentially helping dental laboratories and clinics better coordinate treatment planning for patients at risk of gum disease before restorative work is needed.

Q3: How does this initiative reflect the broader trend toward dental-medical integration in the dental industry?

A: PDS Health® is recognized as a leader in dental-medical integration, and this collaboration with United Concordia Dental — a leader in oral health — demonstrates how diagnostic screening tools are moving into mainstream dental practice. For dental professionals working with CAD/CAM and restorative workflows, understanding systemic oral health markers could influence case selection and long-term restoration success.

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Bioceramics in Endodontics: A Practical Guide for Dental Laboratory and Restorative Professionals

Published: 2026-09-03 | Source: : Dentistry.co.uk

Q1: What is the focus of Afzal Haque's upcoming webinar on bioceramics for dental professionals?

A: Afzal Haque will present a practical guide to getting the most from bioceramics on 10 September at 7pm. The session addresses how bioceramic materials have transformed contemporary endodontic practice through enhanced biocompatibility, bioactivity, and predictable clinical performance.

Q2: Why is understanding bioceramic product selection important for clinicians involved in restorative dentistry?

A: With an expanding range of bioceramic products available, understanding when and how to use them is essential for achieving predictable clinical outcomes. The webinar aims to help dental professionals navigate product choices rather than relying on trial and error in endodontic procedures.

Q3: Who would benefit most from attending this bioceramics webinar?

A: Dental clinicians, endodontic practitioners, and dental laboratory professionals who work with restorative workflows would benefit, as bioceramic performance directly impacts the long-term success of endodontically treated teeth that may later require CAD/CAM restorations such as zirconia or glass ceramic crowns.

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New York Implant Institute Expands Live Patient Surgery Courses for Restorative Dentistry Professionals

Published: 2026-09-03 | Source: : Dentistry Today

Q1: Who leads the New York Implant Institute's live patient surgery courses, and what credentials does the instructor hold?

A: The New York Implant Institute (NYII) is run by Aeklavya Panjali, DDS, MS, FAGD, DICOI, an international speaker on dental implants who has provided excellence in dental implant education since 2007.

Q2: What type of hands-on training does NYII offer for dental professionals looking to expand their restorative and surgical skills?

A: NYII offers a variety of hands-on implant training through its dental implant CE courses and live surgery courses, allowing participants to gain practical clinical experience with real patients rather than simulation-only learning.

Q3: Why would a dental laboratory or clinic team benefit from NYII's live patient surgery format?

A: Live patient surgery courses bridge the gap between theoretical implant knowledge and chairside execution — valuable for restorative teams that need to understand surgical workflows, implant placement, and how final prosthetics integrate with CAD/CAM-milled restorations.

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Interdisciplinary Dental Imaging: Reducing Radiation and Managing Incidental CBCT Findings in Digital Dentistry

Published: 2026-09-03 | Source: : Articles – Dental Tribune

Q1: What will Prof. Ingrid Różyło-Kalinowska address at the 2026 FDI World Dental Congress in Prague regarding dental imaging?

A: Prof. Ingrid Różyło-Kalinowska, a specialist in dental and maxillofacial radiology, will address two key issues: ways to reduce energy use and unnecessary radiation exposure across the imaging workflow, and the implications of incidental CBCT findings that may affect treatment.

Q2: Why does interdisciplinary collaboration matter in contemporary dental imaging?

A: Dental imaging can have consequences beyond its immediate clinical purpose, including its environmental footprint and unexpected findings that may affect treatment. Interdisciplinary collaboration helps dental professionals manage these broader implications more effectively across the clinical workflow.

Q3: What practical concerns should dental clinics and laboratories consider when evaluating their imaging protocols?

A: Clinics and laboratories should evaluate opportunities to reduce energy consumption and unnecessary radiation exposure throughout the imaging workflow, while also establishing clear protocols for managing incidental CBCT findings that could influence restorative and treatment planning decisions.

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Shofu FX-LC Glass Ionomer vs. CAD/CAM Milling: What Dental Labs and Restorative Clinics Need to Know

Published: 2026-09-03 | Source: : Dentistry Today

Q1: What makes Shofu Dental's FX-LC different from other light-cure glass ionomer restorative materials?

A: FX-LC is a next-generation, light-cure, resin-reinforced glass ionomer powered by New Generation Acrylamide (NGA) monomer chemistry. It is formulated for high strength, efficient 4mm bulk-fill placement, and excellent value — with compressive strength that exceeds GC Fuji II LC (GC America).

Q2: How does FX-LC fit into a modern restorative workflow alongside digital dentistry and CAD/CAM-produced restorations?

A: FX-LC serves as a direct chairside restorative option for practices that also produce indirect restorations via CAD/CAM milling. While CAD/CAM systems handle crowns, inlays, and onlays milled from glass ceramic or zirconia, FX-LC offers an efficient bulk-fill solution for direct restorations where a 4mm increment saves placement time without sacrificing strength.

Q3: Why would a dental clinic or lab care about NGA monomer chemistry in a glass ionomer?

A: NGA (New Generation Acrylamide) monomer chemistry is the key technology behind FX-LC's enhanced compressive strength and bulk-fill capability. For dental professionals evaluating restorative materials, NGA chemistry directly addresses the historical weakness of conventional glass ionomers — lower strength — making FX-LC a stronger, more reliable option in the direct restorative category.

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Safer Local Anaesthesia in Type 2 Diabetes: What Dental Professionals Need to Know

Published: 2026-09-02 | Source: : Articles – Dental Tribune

Q1: Why is local anaesthesia more complicated for patients with Type 2 diabetes, and what specific risks concern dental practitioners?

A: Local anaesthesia in people with Type 2 diabetes requires particular care due to concerns about cardiovascular responses to vasoconstrictors and the potential susceptibility of nerve fibres to ischaemic injury. These factors make standard anaesthetic protocols riskier for diabetic patients compared with non-diabetic individuals.

Q2: What alternative anaesthetic techniques may offer a safer approach for diabetic patients?

A: Intraseptal anaesthesia (ISA) and periodontal ligament anaesthesia (PLA) may offer safer alternatives because they can be effective with small amounts of local anaesthetic and vasoconstrictor. This reduced dosage profile is particularly relevant for managing Type 2 diabetes patients in restorative and surgical dental procedures.

Q3: Where was this research on safer dental anaesthesia for diabetic patients presented?

A: The findings were reported from Novi Sad, Serbia, highlighting the clinical relevance of ISA and PLA as viable options for dental practitioners treating patients with Type 2 diabetes who require restorative dental work.

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AACD Appoints New Executive Director: What It Means for Digital Dentistry and CAD/CAM Dental Laboratories

Published: 2026-09-02 | Source: : Dentistry Today

Q1: Who has been appointed as the new Executive Director of the American Academy of Cosmetic Dentistry (AACD)?

A: Krista Paternostro Bower, MPA, CAE, has been appointed as the new Executive Director of the AACD. She officially began her role on August 19, 2026, and brings more than three decades of association and nonprofit leadership experience to the Academy.

Q2: What professional credentials does Krista Bower hold that are relevant to leading a dental organization?

A: Krista Bower has held the Certified Association Executive (CAE) designation since 2008, demonstrating advanced competency in association management. She also holds a Master of Public Administration (MPA) degree, underscoring her formal training in organizational leadership and public-sector management.

Q3: How could this leadership change at the AACD affect dental laboratories and restorative dentistry professionals?

A: With over 30 years of association leadership experience, the new Executive Director is positioned to strengthen AACD's educational initiatives and industry partnerships that support cosmetic and restorative dentistry. Dental laboratories and clinics focused on digital dentistry, CAD/CAM milling, and restorative workflows may see renewed emphasis on professional development and standards through the Academy's programs.

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Trust AI Launches New Dental RCM Hub to Streamline Revenue Cycle for Dental Laboratories

Published: 2026-09-02 | Source: : Dentistry Today

Q1: What exactly is the new RCM Hub from Trust AI, and how does it integrate with existing dental practice software?

A: Trust AI has announced the RCM Hub, a fully staffed revenue cycle operation built directly into Isaac PracticeOS, backed by a $2 million commitment. It is designed to give dental practices and laboratories a complete billing and claims management solution without requiring separate third-party RCM vendors.

Q2: What makes this RCM Hub different from standard dental billing services?

A: The RCM Hub includes a partnership with the Wehrle Implant Implant Immersion Center, which adds implant faculty review and live carrier calls to every claim. This means complex implant-related claims receive clinical review from implant faculty before submission, improving accuracy and reducing denials for restorative and surgical cases.

Q3: Who benefits most from this launch — dental clinics, dental laboratories, or both?

A: Both dental clinics and dental laboratories benefit, as the RCM Hub operates within Isaac PracticeOS to manage claims, carrier communications, and revenue workflows end-to-end. For dental laboratories handling implant-supported restorations, the implant faculty review component is particularly valuable for ensuring documentation aligns with payer requirements.

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SURI Core 1.0 Electric Toothbrush Launch: What Dental Professionals Should Know About Accessible Sonic Oral Care

Published: 2026-09-02 | Source: : Dentistry Today

Key Takeaways

SURI has launched the Core 1.0, a new sonic electric toothbrush designed to make upgrading from manual brushing more accessible while maintaining the brand's focus on performance, design, and waste reduction.
The Core 1.0 was designed with input from dentists and informed by consumer feedback and everyday brushing routines, signaling a clinically grounded approach to product development.
For dental professionals recommending electric brushes to patients, the Core 1.0 offers a lower-barrier entry point to sonic brushing technology without sacrificing the sustainable design ethos SURI is known for.
The launch reflects a broader industry trend where oral care brands are prioritizing both clinical efficacy and environmental responsibility—factors that increasingly influence patient compliance and product adoption.

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Ivoclar's Adhese 2 Universal Adhesive Streamlines Direct Restorative Workflows in Digital Dentistry

Published: 2026-09-02 | Source: : Dentistry Today

Key Takeaways

Ivoclar has expanded its adhesive portfolio with Adhese 2, a universal adhesive that combines light-curing and dual-curing capabilities in a single product, simplifying material selection for dental laboratories and clinics.
Adhese 2 is the first adhesive that can be applied directly from the VivaPen in dual-cure mode without requiring an additional activator, reducing chairside steps and improving efficiency in restorative procedures.
The dual-cure functionality makes Adhese 2 particularly valuable for indirect restorations where light access is limited, complementing CAD/CAM-milled glass ceramic and zirconia restorations that require reliable bonding.
Dental professionals working with milled restorations can benefit from a streamlined adhesive protocol, as the single-product universal formulation eliminates the need to stock separate light-cure and dual-cure adhesive systems.

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Football Stress and Nighttime Teeth Grinding: What Dental Labs and Clinics Should Know

Published: 2026-09-01 | Source: : Dentistry Today

Key Takeaways

A new DenTek Football Stress Test survey found that 78% of U.S. football fans continue thinking about football after a game ends, and 77% report thinking about the game after getting into bed — a stress pattern that dental professionals should recognize as a potential trigger for nocturnal bruxism.
Dental clinics and restorative teams may see an uptick in patients presenting with worn dentition, jaw pain, or damaged restorations during football season, as elevated stress and rumination are established risk factors for sleep-related teeth grinding.
For dental laboratories, this seasonal stress trend underscores the importance of durable restorative materials — zirconia and glass ceramic restorations milled with precision CAD/CAM burs offer the fracture resistance and longevity that bruxism patients require.
Dental professionals can proactively educate football-fan patients about stress management and protective night guards, while labs can support clinicians by recommending high-strength restorative options suited for patients with parafunctional habits.

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Personify Group Adds Michelle Strange as Dental Hygiene Advisor to Strengthen Commercialization Strategy

Published: 2026-09-01 | Source: : Dentistry Today

Q1: Who has Personify Group appointed to its Advisory Board, and what expertise does she bring to the dental industry?

A: Personify Group, Inc. — a commercialization, branding, public relations, and demand generation firm serving the dental industry — has appointed Michelle Strange, MSDH, RDH, as an independent dental hygiene and infection prevention advisor. Her clinical background in dental hygiene and infection control will support client strategy, innovation, and commercialization efforts.

Q2: What role will Michelle Strange play in supporting dental companies working with Personify Group?

A: Strange will provide clinical insight to help dental clients refine their commercialization, branding, and demand generation strategies. Her advisory role is independent, meaning she will offer objective clinical guidance on dental hygiene and infection prevention to support product innovation and go-to-market planning across the dental industry.

Q3: Why does this appointment matter for dental manufacturers and laboratories tracking industry commercialization trends?

A: The addition of a practicing dental hygiene expert to a dental-focused commercialization firm signals growing demand for clinically grounded marketing and product development support. For dental laboratories and manufacturers — including those producing CAD/CAM milling burs, zirconia and glass-ceramic restorative materials, and digital dentistry consumables — aligning product claims with infection prevention standards and real clinical workflows is becoming a competitive necessity.

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VOCO Upgrades America’s Top-Selling Fluoride Varnish with BioMin Technology — What Dental Labs Should Know

Published: 2026-09-01 | Source: : Dentistry Today

Key Takeaways

VOCO has launched Profluorid Varnish + BioMin, an enhanced version of what the company claims is America’s No. 1-selling 5% sodium fluoride varnish, now featuring BioMin bioglass technology.
The new dual-action formula releases additional calcium and phosphate ions alongside fluoride, supporting remineralization beyond traditional fluoride-only varnishes.
BioMin bioglass is the key differentiator — it delivers sustained ion release that can help strengthen enamel and dentin, making it relevant for restorative and preventive workflows in dental clinics.
For dental laboratories and clinics focused on digital dentistry and restorative outcomes, this product update signals growing demand for preventive materials that complement CAD/CAM-milled restorations by addressing surrounding natural tooth structure.

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Why the Cosmetic Consultation Begins Before the Treatment Room — A Digital Dentistry Perspective

Published: 2026-09-01 | Source: : Dentistry Today

Q1: According to Dr. Harvey N. Silverman, when does the cosmetic consultation actually begin?

A: Dr. Silverman argues that most dentists believe the cosmetic consultation begins when they sit down with the patient, but this is a misconception. By the time the dentist enters the treatment room, patients have already formed initial impressions — meaning the consultation effectively begins before the dentist even walks in.

Q2: Why is this insight relevant for dental laboratories and clinics offering CAD/CAM restorative services?

A: For dental labs and clinics using CAD/CAM technology — including glass ceramic, zirconia, and PMMA restorations milled with precision dental burs — patient perception is shaped long before clinical discussion starts. The physical environment, front-desk interactions, and overall practice presentation all influence how receptive a patient will be to proposed restorative or cosmetic treatment plans.

Q3: What practical shift does Dr. Silverman suggest for dental professionals?

A: Instead of viewing the consultation as a discrete event that starts when the dentist sits down, professionals should recognize that every touchpoint — from the waiting room to the treatment room — contributes to the patient's decision-making process. This broader perspective can help dental teams better align their patient experience with the high-quality restorative outcomes they deliver.

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Five Signs Your Dental Handpiece Is Holding Back Your Restorative Workflow

Published: 2026-08-31 | Source: : Dentistry.co.uk

Key Takeaways

A dental handpiece that still runs may nonetheless be underperforming, quietly compromising the consistency and quality of restorative work in the dental laboratory or clinic.
Warning signs such as reduced cutting efficiency, increased vibration, unusual noise, overheating, or inconsistent bur retention indicate the handpiece is no longer delivering the precision required for predictable results.
An underperforming handpiece directly impacts chairside or lab productivity, forcing technicians and dentists to work slower and potentially affecting the fit and finish of restorations.
Regular evaluation of handpiece performance — not just whether it powers on — is essential for maintaining efficiency, comfort, and the high standards expected in modern digital dentistry workflows.

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Simplifying Dental Bonding: CLEARFIL Universal Bond Quick 2 Cuts Chair Time Without Sacrificing Restorative Quality

Published: 2026-08-31 | Source: : Articles – Dental Tribune

Key Takeaways

Kuraray Noritake Dental has launched CLEARFIL Universal Bond Quick 2 in Tokyo, Japan — a low-effort, high-performance bonding adhesive engineered for efficiency-driven dental practices.
The adhesive is powered by the company's proprietary Advanced Rapid Bond Technology, which eliminates unnecessary application steps and reduces technical sensitivity during the bonding process.
Designed for modern restorative workflows, this universal bond supports reliable adhesion across multiple indirect materials — a key consideration for dental laboratories and clinics working with glass ceramic, zirconia, and resin-based restorations produced via CAD/CAM milling.
For dental labs and clinics pairing milled restorations with chairside delivery, a simplified bonding protocol helps reduce errors and rework, protecting the precision achieved during CNC dental milling and sintering stages.

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How Treatment Coordinator Notes Reveal Hidden Case Acceptance Gaps in Digital Dentistry Workflows

Published: 2026-08-31 | Source: : Dentistry Today

Q1: What does the DentScribe white paper identify as the "last undocumented conversation" in dentistry, and why does it matter for case acceptance?

A: DentScribe's white paper, "The Last Undocumented Conversation in Dentistry," identifies the Treatment Coordinator conversation — what happens after the dentist leaves the operatory — as a critical but previously undocumented step. The paper analyzes structured Treatment Coordinator Notes to reveal why diagnosed dental treatment goes unscheduled, tracking whether the treatment plan was reviewed and whether financial information and payment options were discussed.

Q2: How can dental laboratories and restorative teams benefit from understanding these case acceptance gaps?

A: When diagnosed restorative cases go unscheduled, dental laboratories lose predictable CAD/CAM milling workflow volume — whether for zirconia, glass ceramic, or PMMA restorations. Understanding where case acceptance breaks down helps labs and their clinic partners identify communication failures that directly impact production planning and milling burs consumption across CNC dental equipment.

Q3: What specific data points do the structured Treatment Coordinator Notes capture?

A: The notes document whether the treatment plan was reviewed with the patient after the dentist left the operatory, and whether financial information and payment options were presented. This structured documentation turns previously invisible patient-facing conversations into analyzable data for improving case acceptance rates.

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September Webinar Sweepstakes: Win a $100 Amazon Gift Card with Free CE for Dental Professionals

Published: 2026-08-31 | Source: : Dentistry Today

Q1: How can dental laboratory technicians and dentists enter the September webinar sweepstakes?

A: Dental professionals can enter by completing the registration form for the September free CE webinar. Those who participated in the August giveaway can click directly to the registration form to enter again for a chance to win a $100 Amazon gift card.

Q2: What prize is being offered in the September free CE webinar giveaway?

A: Dentistry Today is giving away a $100 Amazon gift card to one lucky winner. The sweepstakes is running again in September after the August free CE webinar giveaway proved to be a success.

Q3: Is there a cost to participate in the September webinar sweepstakes?

A: No — the webinar is offered as free CE credit, and entering the sweepstakes requires no purchase. Dental professionals simply need to register for the webinar to be entered for a chance to win.

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Neuroinclusion in the Dental Practice: Accessibility Insights for Digital Dentistry Teams

Published: 2026-08-26 | Source: : Dentistry.co.uk

Q1: What is one immediate step a dental practice can take to become more neuroinclusive, according to Maisie Cass?

A: Maisie Cass, a neuroinclusion specialist and chief curiosity officer at Diversity Does, says the first step is to start with curiosity. Cass, who was diagnosed with ADHD in adulthood and has spent 20 years helping organisations understand the minds they are missing, encourages dental teams to actively ask questions and seek to understand the diverse cognitive experiences of both patients and staff.

Q2: Why should dental laboratories and clinics care about neuroinclusion when serving patients and managing restorative workflows?

A: Neuroinclusion matters because dental practices and laboratories routinely interact with patients and team members who may process sensory information, communication, and instructions differently. By fostering curiosity and accessibility, practices can reduce barriers to care and create a more welcoming environment — an approach Cass has championed across two decades of organisational work.

Q3: What expertise does Maisie Cass bring to the conversation on accessibility in dentistry?

A: Cass is a neuroinclusion specialist with a personal diagnosis of ADHD in adulthood, giving her both lived and professional insight into neurodivergence. As chief curiosity officer at Diversity Does, she has spent 20 years helping organisations recognise and support the minds they are missing, making her guidance directly relevant to dental teams aiming to improve practice accessibility.

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NHS Dentistry Crisis: What Dental Laboratories and Clinics Need to Know About the Exodus

Published: 2026-08-26 | Source: : Dentistry.co.uk

Q1: Why are so many dentists leaving NHS dentistry, and who is being blamed for the crisis?

A: Rachel Gilmour MP, the Liberal Democrat MP for Tiverton and Minehead, believes ministers — not the dental profession — should answer for the NHS dental crisis. She has proposed giving the government one year to improve NHS dental care in West Somerset.

Q2: What specific action has Rachel Gilmour MP taken to address the NHS dental crisis?

Published: 2026-08-27 | Source: : Dentistry.co.uk

Q1: What is the GDC versus Williams case, and why does it still matter for dental professionals offering mixed NHS and private treatment?

A: GDC versus Williams was a Court of Appeal case concerning whether a dentist could lawfully charge a patient privately for treatment that should have been provided as part of their NHS care. Three years on, Ronuk Vasant argues that uncertainty remains over the lawfulness of additional private charges alongside NHS treatment, leaving dentists without clear guidance on where the boundary lies.

Q2: What practical impact does the ongoing legal uncertainty have on dental practices and laboratories?

A: The lack of clarity affects day-to-day decision-making for dentists who offer both NHS and private options, particularly when patients request upgrades or additional services beyond NHS provisions. Without definitive guidance, clinicians face continued risk when navigating mixed treatment plans, which can also create downstream confusion for dental laboratories producing restorative work under unclear funding arrangements.

Q3: What is Ronuk Vasant calling for in response to this unresolved situation?

A: Ronuk Vasant is urging that clearer guidance is urgently needed for both dentists and patients regarding top-up fees and the lawfulness of charging privately alongside NHS treatment. He argues that the profession cannot continue operating under the current ambiguity three years after the Court of Appeal judgment.

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BioHorizons Expands Dental Regenerative Portfolio with Xtant Medical’s Allogeneic Growth Factor Technology

Published: 2026-08-27 | Source: : Dentistry Today

Key Takeaways

Xtant Medical Holdings, Inc. (NYSE American: XTNT) has entered an exclusive partnership with BioHorizons to broaden the commercial availability of its allogeneic growth factor technology.
BioHorizons will private-brand Xtant’s OsteoFactor Pro™ as Prolifica™, leveraging BioHorizons’ established commercial network to expand market reach.
The partnership focuses on surgical solutions for spinal, orthopedic, and wound care disorders — signaling BioHorizons’ continued diversification beyond its core dental implant and regenerative product lines.
For dental laboratories and clinicians tracking regenerative materials, this move highlights growing consolidation between orthopedic biologics suppliers and dental implant manufacturers, which may influence future product availability in oral bone grafting and guided tissue regeneration workflows.

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Minimally Invasive Anterior Aesthetics: Direct Composite Restorations in Restorative Dentistry

Published: 2026-08-28 | Source: : Articles – Dental Tribune

Q1: What is the most conservative treatment option for anterior dental trauma with aesthetic concerns?

A: Direct composite restorations are the most conservative solution, combining tissue preservation with excellent aesthetic integration. Minimally invasive adhesive techniques allow clinicians to restore both function and appearance with highly predictable, natural-looking results.

Q2: Why are adhesive techniques preferred over traditional approaches for anterior restorations?

A: Adhesive techniques enable predictable outcomes while preserving maximum tooth structure, which is critical for long-term restorative success. Today's minimally invasive protocols deliver natural-looking anterior aesthetics without the unnecessary tissue sacrifice associated with more aggressive preparations.

Q3: What clinical advantages do direct composite restorations offer in aesthetic dentistry?

A: Direct composite restorations provide an effective balance of tissue conservation and aesthetic integration, making them ideal for trauma cases. They allow clinicians to achieve harmonized anterior aesthetics in a single, minimally invasive appointment while maintaining the tooth's structural integrity.

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Envista CEO Paul Keel on Dental Innovation, AI, and CAD/CAM Workflow Integration

Published: 2026-08-28 | Source: : Articles – Dental Tribune

Q1: What forces does Envista CEO Paul Keel see shaping dental innovation today?

A: Paul Keel, who joined Envista Holdings Corp. as CEO just over two years ago after working across dentistry, pharmaceuticals, and medical products, identifies workflow integration and artificial intelligence (AI) as increasingly central forces driving dental innovation. He emphasizes that innovation has always been Envista's "lifeblood" as the company enters its next phase of development.

Q2: How is AI changing the way dental laboratories and clinics approach digital dentistry workflows?

A: According to Keel, AI is playing a growing role in workflow integration across digital dentistry, helping streamline processes from design to production. For dental labs working with CAD/CAM milling systems and restorative materials, this signals a shift toward more connected, intelligent workflows that reduce manual steps and improve consistency.

Q3: What does Envista's strategic direction suggest about the resilience and stability of the dental industry?

A: Keel highlights the resilience and stability of the dental sector as a foundation for continued investment in innovation. His broad healthcare background across dentistry, pharmaceuticals, and medical products informs Envista's approach to navigating industry evolution while maintaining focus on long-term technological advancement in restorative and digital dentistry.

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NHS Dental Activity Rises 6% — What It Means for Dental Laboratories and Restorative Workflows

Published: 2026-08-28 | Source: : Dentistry.co.uk

Q1: How much has NHS dental activity increased according to the newly released Dental Statistics – England 2025/26?

A: The government's newly-released figures show that NHS dental activity has increased by 6% since last year, with a total of 37.6 million NHS courses of treatment (COTs) delivered in the 12 months covered by the report.

Q2: Has patient access to NHS dental care kept pace with the increase in treatment activity?

A: No — despite the 6% rise in NHS dental activity, the proportion of the population accessing NHS care has remained low, indicating that higher treatment volumes have not translated into broader patient access across England.

Q3: Why should dental laboratories and clinics pay attention to rising NHS treatment volumes?

A: Increased NHS restorative activity typically drives higher demand for indirect restorations such as crowns and bridges, which in turn increases the need for efficient CAD/CAM milling workflows in dental laboratories — including reliable milling burs for glass ceramic, zirconia, and PMMA materials to keep production turnaround times competitive.

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Productive Dentist Academy Launches 2027 Momentum Planning Session for Dental Laboratory and Practice Growth

Published: 2026-08-28 | Source: : Dentistry Today

Key Takeaways

Productive Dentist Academy (PDA) is hosting a half-day virtual **2027 Momentum Planning Session** on Friday, October 23, 2026, designed to help dental practice owners build a clearer roadmap for growth, profitability, and team development.
The planning session focuses on five core priority areas: revenue, team, marketing, operational efficiency, and long-term practice growth — giving dental professionals a structured framework to enter 2027 with confidence.
For dental laboratories and clinics investing in digital dentistry and CAD/CAM workflows, strategic planning around operational priorities can support smarter capital decisions, including restorative equipment and milling consumables budgeting.
The event is delivered in a virtual format, making it accessible to dental practice owners and laboratory managers regardless of location, with no travel disruption to daily production schedules.

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Stem Cell Enamel Regeneration: What Dental Labs and Restorative Clinics Should Know

Published: 2026-08-28 | Source: : Dentistry Today

Q1: How close are researchers to regrowing natural tooth enamel using stem cells?

A: Scientists have developed a method that transforms human stem cells into enamel-producing cells called ameloblasts, according to a study published in the *International Journal of Oral Science*. While not yet a clinical treatment, this advance brings the field closer to biologically regenerating damaged or missing tooth structure rather than relying solely on restorative materials.

Q2: Why should dental laboratories and CAD/CAM-focused clinics pay attention to enamel regeneration research?

A: Even though digital dentistry and milling workflows currently address enamel loss with glass ceramic, zirconia, and resin/PMMA restorations, biological enamel regeneration could eventually complement or reduce the need for indirect restorations. Dental labs that stay informed about regenerative research will be better positioned to adapt their service mix as these technologies move from the laboratory toward clinical application.

Q3: What specific cell type are researchers trying to produce, and why does it matter for restorative dentistry?

A: Researchers are working to guide human stem cells into becoming ameloblasts — the specialized cells responsible for forming enamel during tooth development. Because enamel cannot naturally regenerate once formed, producing functional ameloblasts in the lab is considered a key hurdle for future biological repair of damaged tooth structure.

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Ritter Implant Summit: 24 CE Credits and All-Inclusive Digital Dentistry Training in San Antonio

Published: 2026-08-28 | Source: : Dentistry Today

Key Takeaways

The Implant Evolution Summit will be held January 14–16, 2027, in San Antonio, offering three days of focused training on a single implant system designed to shift how practitioners approach implant dentistry.
Attendees earn 24 CE credits while staying four nights at the historic Gunter Hotel (January 13–17), with breakfast and lunch provided daily plus a cocktail hour every evening.
The all-inclusive format combines intensive implant education with networking and downtime, making it a practical professional development option for restorative-focused dental clinics and labs.
Dental laboratories investing in CAD/CAM workflows can use events like this to align their restorative output with the implant protocols clinicians are adopting in 2027.

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Curve Dental Appoints Luke Anderson as Chief Product Officer to Drive Cloud-Native Digital Dentistry Innovation

Published: 2026-08-27 | Source: : Dentistry Today

Key Takeaways

Curve Dental has promoted Luke Anderson to Chief Product Officer, reinforcing its executive leadership as the company approaches $100 million in annual recurring revenue.
The appointment strengthens Curve's $200 million R&D commitment, signaling accelerated development of its AI-powered, cloud-native all-in-one dental practice management software.
For dental laboratories and clinics evaluating digital dentistry workflows, Curve's platform expansion underscores the industry-wide shift toward cloud-based practice management that integrates seamlessly with CAD/CAM and restorative production ecosystems.
As cloud platforms mature, dental professionals can expect tighter interoperability between practice management software and digital manufacturing tools — including milling systems and dental burs workflows — reducing friction between clinical and lab operations.

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Millennium Dental Technologies Founder Honored for Leadership in Dental Innovation and Digital Dentistry

Published: 2026-08-27 | Source: : Dentistry Today

Key Takeaways

Robert H. Gregg II, DDS, Founder, President and Chairman of the Board of Millennium Dental Technologies, Inc., and Program Director of the Institute for Advanced Laser Dentistry (IALD), has been formally recognized by the City of Cerritos for his business leadership and contributions to patient care, dental innovation, clinician education, and community service.
The City Proclamation specifically acknowledges Dr. Gregg's dual role in advancing dental technology through Millennium Dental Technologies while simultaneously building clinician competency through the Institute for Advanced Laser Dentistry's educational programs.
For dental laboratories and clinics tracking industry leadership, this recognition signals that companies investing in both innovative dental technology and structured clinician education continue to gain institutional credibility and municipal-level validation.
The honor highlights the growing intersection between advanced dental technology development and community-based healthcare leadership — a trend dental equipment distributors and laboratory partners should monitor when evaluating long-term technology partners.

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Chairside 3D Printing in Restorative Dentistry: What Dental Professionals Need to Know

Published: 2026-08-27 | Source: : Dentistry.co.uk

Q1: Who is leading the upcoming webinar on chairside 3D printing for restorative dentistry, and when does it take place?

A: Gülce Çakmak will lead the webinar on 3 September at 7pm, titled "The chairside 3D printing playbook: evidence meets everyday dentistry." The session is designed to help clinicians bridge emerging chairside 3D printing technology with evidence-based dental practice.

Q2: What clinical topics will the chairside 3D printing webinar cover for dental laboratories and restorative clinicians?

A: The webinar will explore current research, clinical workflows, and applications in fixed restorations. It aims to help clinicians make confident, informed decisions when integrating chairside 3D printing into everyday restorative dentistry alongside established digital dentistry tools such as CAD/CAM milling.

Q3: How does this webinar support dental professionals evaluating chairside 3D printing alongside traditional CAD/CAM milling workflows?

A: By connecting evidence-based research with practical clinical applications, the session provides a framework for evaluating where chairside 3D printing fits within fixed restoration workflows. This helps dental labs and clinicians weigh additive manufacturing against subtractive CAD/CAM milling for restorative cases.

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Riva Star Aqua from SDI North America: A Gentler SDF Alternative for Restorative Dental Practices

Published: 2026-08-27 | Source: : Dentistry Today

Q1: What clinical problems does Riva Star Aqua solve compared to the original Riva Star SDF desensitizing agent?

A: According to Dr. George Freedman's First Impressions review, the original Riva Star SDF (SDI North America) commonly causes soft tissue irritation due to its 20% ammonia content. Riva Star Aqua addresses this by offering a formulation designed to reduce that irritation while still providing the desensitizing benefits dental professionals expect from silver diamine fluoride products.

Q2: Who evaluated Riva Star Aqua and what is the basis of the assessment?

A: Dr. George Freedman, DDS, evaluated Riva Star Aqua as part of his ongoing "First Impressions" series for Dentistry Today, which summarizes recently introduced dental products based on his direct clinical experience. The review highlights how the new formulation from SDI North America mitigates the soft tissue irritation issues associated with the higher-ammonia predecessor.

Q3: Why would a dental clinic consider switching from Riva Star SDF to Riva Star Aqua?

A: A dental clinic would consider switching because Riva Star Aqua retains the desensitizing efficacy of the SDF category while reducing the 20% ammonia-related soft tissue irritation that Dr. Freedman identifies as a common clinical drawback of the original formulation — making it more comfortable for patients and safer for surrounding oral tissues during application.

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BioHorizons Adds Prolifica Allogeneic Growth Factor to Biomaterials Portfolio for Restorative Dentistry

Published: 2026-08-26 | Source: : Dentistry Today

Q1: What is BioHorizons' new Prolifica product, and what clinical applications does it support?

A: Prolifica™ is an allogeneic growth factor newly introduced by BioHorizons to its biomaterials portfolio. It is a naturally occurring blend of allogeneic growth factors designed to support bone healing and tissue regeneration across a range of clinical applications.

Q2: What makes Prolifica unique in the dental market compared to other growth factor products?

A: Prolifica is unique to the dental market because of its preservation of naturally occurring allogeneic growth factors, offering clinicians an advanced option for regenerative procedures. This positions it as a differentiated biomaterial within the dental industry's restorative and regenerative segment.

Q3: How does this product expansion reflect broader trends in digital dentistry and restorative workflows?

A: While Prolifica itself is a biologic material rather than a CAD/CAM product, its introduction signals continued investment in advanced restorative solutions that complement digitally driven treatment planning. Dental laboratories and clinics focused on comprehensive restorative cases may view enhanced bone and tissue regeneration as a critical adjunct to predictable prosthetic outcomes.

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Digital Denture Workflows with Medit: A CAD/CAM Guide for Dental Laboratories

Published: 2026-08-26 | Source: : Dentistry.co.uk

Q1: What will the Medit digital denture webinar on 2 September cover for dental laboratory professionals?

A: Spencer Greening will discuss digital denture workflows using four scan strategies — reference denture, pre-prep, ICP, and centric tray. Attendees will learn how to set up Medit correctly for denture scanning, troubleshoot common errors, and gain practical chairside tips.

Q2: Why should a dental technician interested in CAD/CAM digital dentistry attend this session?

A: The webinar provides hands-on guidance for mastering digital denture scanning with Medit, which is a critical first step before milling or printing removable restorations. Understanding these scan strategies helps labs produce more accurate digital dentures and reduce chairside remakes.

Q3: When and where can dental professionals join this digital denture training?

A: The live session takes place on 2 September at 7pm, and registration is available through Dentistry.co.uk. Spencer Greening will lead the presentation, offering practical troubleshooting advice for common scanning errors encountered in removable digital workflows.

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NADL Vision 21 Meeting 2027: A Must-Attend Dental Laboratory Business Event in Las Vegas

Published: 2026-08-26 | Source: : Blog

Key Takeaways

Registration is now open for the 2027 NADL Vision 21 Meeting, scheduled for January 14–16, 2027, at Caesars Palace Hotel in Las Vegas, Nevada — the premier dental laboratory business meeting in the nation.
The meeting's core theme — "Disrupt. Adapt. Lead." — centers on embracing change, exploring new ideas, and discovering actionable strategies to move dental laboratory businesses forward.
Dental lab owners and managers seeking to stay competitive in digital dentistry and restorative workflows should attend for forward-thinking business insights tailored specifically to the dental laboratory industry.
The iconic Caesars Palace venue in Las Vegas provides a central, accessible location for dental laboratory professionals nationwide to network and collaborate.

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Overjet Voice Adds Hands-Free Hard Tissue Charting and Natural Voice Perio for Digital Dentistry Workflows

Published: 2026-08-26 | Source: : Dentistry Today

Q1: What new capabilities has Overjet added to its Voice platform for dental providers?

A: Overjet has announced two major enhancements to Overjet Voice: hands-free hard tissue charting and natural voice perio charting. These updates allow providers to conduct an entire exam using natural speech, with the platform handling hard tissue findings, perio measurements, and clinical notes directly in the practice management software.

Q2: How do these Overjet Voice updates change the clinical documentation workflow for dentists?

A: Dental providers can now talk through exams naturally while Overjet Voice automatically captures hard tissue findings, perio measurements, and clinical notes directly into the practice management software. This eliminates the need for manual data entry during patient exams, making documentation hands-free and more efficient.

Q3: Why is this news relevant to dental laboratories and digital dentistry professionals?

A: As clinical documentation becomes more automated and structured through platforms like Overjet Voice, dental laboratories can expect more accurate, complete digital records accompanying restorative cases. This trend toward streamlined digital data capture complements the broader shift toward digital dentistry, where accurate clinical data feeds directly into CAD/CAM and restorative workflows.

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Annie Launches AI Digital Coworker to Streamline Dental Laboratory and Practice Workflows

Published: 2026-08-25 | Source: : Dentistry Today

Key Takeaways

Utah-based dental startup Annie has introduced an AI "Digital Coworker" designed specifically for dental teams, enabling practices and dental laboratories to offload repetitive, time-consuming administrative tasks and refocus staff on patient care and hands-on restorative work.
The AI coworker targets the operational middle ground of dental practice management — handling routine workflows that consume staff hours but do not require clinical judgment, such as scheduling, follow-ups, and data entry.
By automating non-clinical tasks, dental teams can redirect human labor toward higher-value activities, including CAD/CAM design, milling preparation, and patient-facing restorative consultations that demand a human touch.
Annie's launch signals growing momentum for AI adoption in digital dentistry, paralleling how CNC dental milling and CAD/CAM technologies have already automated production-side workflows — now extending automation into front-office and administrative operations.

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Peroxide-Free Whitening Meets Daily Brushing: A New Angle for Restorative and Digital Dentistry

Published: 2026-08-25 | Source: : Dentistry Today

Key Takeaways

LumenStim, a beauty and wellness technology company known for home-use phototherapy innovations, has received Kickstarter approval to launch its peroxide-free at-home teeth whitening system.
The system integrates whitening into daily brushing routines, eliminating the need for separate whitening trays or in-office peroxide treatments — a convenience-driven shift that could influence patient expectations around aesthetic dentistry.
LumenStim is advancing global patent applications for its oral-care technology, signaling long-term commercial intent and potential market disruption for traditional whitening products.
For dental laboratories and clinics focused on aesthetic restorative work, the rise of peroxide-free whitening may shift case planning conversations — patients arriving with newly whitened natural dentition may demand closer shade matching on CAD/CAM-milled glass ceramic or zirconia restorations.

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The Mouth-Body Connection: What Weight and Metabolic Health Reveal During Restorative and Digital Dentistry Exams

Published: 2026-08-25 | Source: : Dentistry Today

Q1: How can a patient's weight and metabolic health affect what a dentist observes during a routine exam?

A: According to Dr. Todd Cevene, DC, body weight and associated metabolic shifts—including chronic inflammation, insulin resistance, and hormonal changes—leave visible marks on gum tissue, saliva, and enamel that go beyond standard plaque and probing depth findings.

Q2: Why should dental professionals pay attention to metabolic indicators when planning restorative or CAD/CAM treatments?

A: Because chronic inflammation and insulin resistance can alter the oral environment, influencing tissue response, healing, and long-term outcomes for restorations. Recognizing these signs early helps clinicians tailor treatment plans and anticipate complications before milling or placing restorations.

Q3: What specific oral changes are linked to weight-related metabolic shifts?

A: Dr. Cevene notes that metabolic changes tied to body weight can manifest in gum tissue alterations, changes in saliva composition, and enamel changes—signals that a routine hygiene visit may reveal a broader systemic health story.

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Why the Best Cosmetic Consultations in Digital Dentistry Don't Feel Like Consultations

Published: 2026-08-25 | Source: : Dentistry Today

Key Takeaways

Many dentists equate a successful cosmetic consultation with photographs, smile designs, or treatment presentations — but Dr. Silverman notes these tools are rarely what actually convinces a patient to move forward with restorative treatment.
The most effective cosmetic consultations begin long before treatment is even discussed, shifting the focus from selling a plan to building genuine patient rapport and trust.
For dental laboratories and clinics investing in CAD/CAM workflows, this insight reinforces that clinical communication skills matter as much as the technology itself — whether you're milling glass ceramic or zirconia restorations.
Dr. Silverman's reflection suggests that when a consultation feels like a natural conversation rather than a formal presentation, patients are more likely to accept comprehensive cosmetic treatment plans.

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Building a Referral Engine: Growth Strategies for Dental Laboratories and Specialist Practices

Published: 2026-08-25 | Source: : Dentistry.co.uk

Q1: What is the core argument David Nelkin makes about growth for specialist and high-value dental practices?

A: David Nelkin argues that the strongest growth for specialist and high-value practices has never come from paid ads, but from referrals. He notes that most referral networks were built organically years ago and are now quietly declining, which is why practices need a deliberate strategy to rebuild them.

Q2: When and where can dental professionals learn about building a referral engine without paid acquisition?

A: David Nelkin will present on this topic on 1 September at 7pm, where he will discuss how specialist practices can grow without paid acquisition through a structured referral engine.

Q3: Why is a referral engine particularly relevant for high-value restorative and digital dentistry practices?

A: High-value restorative and digital dentistry practices depend on trusted professional relationships rather than volume-based marketing. A referral engine helps these practices systematically maintain and expand the network of clinicians who send complex cases — a model that aligns with how dental laboratories and CAD/CAM-focused clinics build long-term case flow.

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Church & Dwight Investor Update: What Dental Laboratory Professionals Should Know About the Parent Company Behind Top Oral Care Brands

Published: 2026-08-24 | Source: : Dentistry Today

Key Takeaways

Church & Dwight Co., Inc. (NYSE: CHD) will present at the 2026 Barclays Global Consumer Staples Conference on Wednesday, September 9, 2026, at 2:15 PM EDT, with a broadcast link available through the Investors section of the company's website.
Founded in 1846, Church & Dwight is the leading U.S. producer of sodium bicarbonate and owns major oral care brands that dental professionals encounter daily in patient home-care recommendations.
Dental laboratory owners and distributors monitoring the broader dental consumables market may find the presentation useful for tracking corporate strategy and product innovation signals from a major oral care manufacturer.
While this announcement focuses on investor relations rather than CAD/CAM or restorative product launches, dental industry stakeholders can use the event to gauge market trends that may indirectly influence the consumables segment alongside digital dentistry workflows.

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Coordinated Care’s “Flossy” Mobile Dental Van Brings Free Screenings to Washington Communities

Published: 2026-08-24 | Source: : Dentistry Today

Key Takeaways

Coordinated Care, a wholly owned subsidiary of Centene Corporation (NYSE: CNC), is launching a nine-day statewide healthcare tour across Washington featuring Centene’s dental health van named “Flossy” alongside the vision van “SeeMore.”
The tour aims to bolster access to critical health services by offering free dental and vision screenings to communities throughout the state, addressing gaps in preventive care access.
For dental laboratories and clinics serving Washington, this initiative signals increased patient flow into local restorative care pipelines, as screenings often identify untreated conditions requiring follow-up treatment with CAD/CAM restorative materials such as zirconia and glass ceramic.
Mobile dental units like “Flossy” highlight the growing demand for portable, efficient dental equipment and streamlined digital dentistry workflows, reinforcing the value of compatible milling burs for in-office and lab-based same-day restorative production.

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Practice Ownership vs. Dependence: Strategic Insights for Dental Laboratories and Restorative Workflows

Published: 2026-08-24 | Source: : Dentistry Today

Key Takeaways

Kari Miller, an Investment Grade Practice Business Advisor at Productive Dentist Academy, argues that dental practice owners must evaluate whether their current operational model supports long-term growth or creates dependence on external factors like insurance reimbursement structures.
The article emphasizes that busy practices can still struggle with profitability when insurance adjustments and patient perceptions erode margins — a parallel challenge for dental laboratories managing CAD/CAM milling costs and restorative material pricing.
Miller frames practice model decisions as a choice between ownership and dependence, urging dentists to align operational choices with the future they are actively trying to create rather than reacting to short-term pressures.
For dental laboratories and clinics investing in digital dentistry, the same principle applies: owning efficient CAD/CAM milling workflows with reliable burs for glass ceramic, zirconia, and PMMA can reduce dependence on outsourced production and improve long-term profitability.

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Is Digital Dentistry Recession-Proof? Why Dental Labs Need a Smarter Strategy

Published: 2026-08-24 | Source: : Dentistry Today

Key Takeaways

Dentistry's historical "recession-proof" reputation is being challenged by current economic pressures, including spiking gas prices and lagging consumer confidence that have markets whipsawing for months.
Eric Giesecke, CEO of Planet DDS, argues that dental practices cannot assume patients will keep spending on restorative and elective procedures during downturns — they must brace for impact like every other industry.
Dental labs and clinics should focus on operational efficiency and cost control, including optimizing CAD/CAM milling workflows with durable, high-performance burs to reduce per-unit production costs during volatile periods.
Investing in digital dentistry infrastructure — such as reliable milling burs for zirconia, glass ceramic, and PMMA restorations — helps labs maintain margins when patient volume softens.

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Can Digital Health Tools Improve Periodontal Therapy Outcomes in Restorative and Digital Dentistry?

Published: 2026-08-19 | Source: : Articles – Dental Tribune

Q1: What did the new randomized controlled trial on digital periodontal support find about clinical outcomes?

A: A randomized controlled trial conducted in Frankfurt am Main, Germany, investigated whether a prototype smartphone app supporting patients throughout periodontal treatment could improve clinical outcomes when added to standard periodontal therapy. The findings offer new insight into the potential role and practical challenges of incorporating digital support, though evidence of longer-term effectiveness remains scarce.

Q2: Why is this research relevant to dental laboratories and clinics investing in digital dentistry workflows?

A: As digital dentistry expands beyond CAD/CAM milling and restorative production into patient-facing applications, understanding which digital tools actually deliver measurable clinical benefits helps dental professionals allocate technology investments wisely. This trial highlights that while digital support shows promise for behaviour change and oral hygiene reinforcement, its clinical value must be proven before widespread adoption alongside established digital workflows.

Q3: What practical challenges does the study reveal about integrating digital health support into standard periodontal care?

A: The study underscores that digital tools designed to support behaviour change face practical implementation hurdles, and longer-term effectiveness data is still lacking. For dental teams already managing digital equipment such as milling burs, zirconia processing, and CAD/CAM systems, this serves as a reminder that new digital solutions require rigorous clinical validation and thoughtful integration into existing treatment protocols.

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UK Dental Laboratory Workforce Shrinks Again: What CAD/CAM and Restorative Professionals Need to Know

Published: 2026-08-19 | Source: : Dentistry.co.uk

Q1: How severe is the decline in registered dental technicians in the UK, and how long has it been going on?

A: The number of dental technicians on the UK register has fallen for the sixth consecutive year, according to annual renewal statistics from the General Dental Council (GDC). This decline is happening even as the overall dental care professional (DCP) register grew by nearly 5%, with 84,746 DCPs registered in 2026 — an increase of 3,746 compared with the equivalent prior period.

Q2: What does the shrinking dental technician workforce mean for dental laboratories relying on CAD/CAM milling and restorative production?

A: With fewer registered technicians available, dental laboratories face greater pressure to maximize output per technician, making efficient digital dentistry workflows — including reliable CAD/CAM milling burs for glass ceramic, zirconia, and PMMA — increasingly critical for maintaining restorative production capacity with a leaner team.

Q3: Why are dental technician numbers falling while the broader DCP register is growing?

A: The GDC renewal statistics highlight a structural imbalance: while the overall DCP register expanded by almost 5%, the dental technician category specifically continued its six-year downward trajectory, signaling persistent recruitment and retention challenges within the dental laboratory sector rather than a general decline across all dental care professional roles.

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Oral Cancer Screening Knowledge Gaps in West Bank Highlight Need for Better Clinical Training in Dental and Medical Practice

Published: 2026-08-20 | Source: : Articles – Dental Tribune

Q1: What did the West Bank study reveal about oral cancer screening knowledge among medical trainees?

A: The cross-sectional study conducted in Hebron, Palestine, found that medical practitioners' knowledge of oral cancer does not consistently translate into their reported clinical practice. While medical practitioners can play an important role in early recognition of oral cancer, the study identified significant knowledge gaps that affect timely detection and referral.

Q2: Why is this finding relevant to dental laboratories and restorative dentistry professionals?

Published: 2026-08-21 | Source: : Dentistry Today

Key Takeaways

Chick-fil-A's top ranking in customer satisfaction stems not from volume but from a deliberate focus on exceptional, consistent service — a principle dental laboratories can apply to strengthen relationships with dentist clients.
The article's author, Jackie Ulasewich-Cullen, highlights that standing out in a crowded field requires differentiating on experience rather than simply pushing out more products — relevant for labs competing on CAD/CAM and restorative output.
Dental labs can mirror this strategy by identifying what makes their service uniquely valuable to clinicians — whether that's turnaround time, communication, or precision in digital dentistry workflows — rather than competing on price alone.
Building loyalty through memorable, positive interactions with dental clients can drive repeat business and referrals, just as Chick-fil-A's service model creates loyal customers who return consistently.

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Dental Software Consolidation Accelerates: What It Means for CAD/CAM and Dental Laboratory Workflows

Published: 2026-08-21 | Source: : Dentistry Today

Key Takeaways

Curve Dental, backed by a further $200 million investment in its Curve Hero product, is approaching $100 million in annual recurring revenue — a signal that cloud-based, AI-driven dental platforms are scaling rapidly and reshaping how dental laboratories and clinics manage digital dentistry workflows.
Chairman and CEO Dave Cormack predicts a major consolidation wave in the dental software market, meaning labs and practices may soon face fewer but more powerful integrated platforms rather than fragmented point solutions for CAD/CAM, imaging, and practice management.
For dental labs running milling equipment from Sirona CEREC, Imes-icore, Amann Girrbach, Roland DWX, VHF, or Datron, software consolidation could streamline restorative design-to-milling handoffs — but also raises questions about interoperability with existing CAD/CAM and milling burs ecosystems.
The push toward "all-in-one" cloud platforms signals that dental laboratories should evaluate how their restorative and digital dentistry software stacks integrate with hardware, including CNC dental milling machines and consumables like zirconia burs, glass-ceramic burs, and PMMA burs.

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Patterson Companies Appoints New CIO to Strengthen Digital Dentistry and Dental Laboratory Technology Infrastructure

Published: 2026-08-21 | Source: : Dentistry Today

Key Takeaways

Patterson Companies has named Wasi Ahmed as its new chief information officer (CIO), effective August 17, 2026, reporting directly to CEO Robert Rajalingam and joining the executive leadership team.
Ahmed brings more than 30 years of technology leadership experience, positioning Patterson to accelerate digital transformation across its dental distribution and technology platforms.
For dental laboratories and clinics relying on CAD/CAM workflows — including milling burs for zirconia, glass ceramic, and PMMA restorations — this leadership change signals continued investment in the digital infrastructure that supports equipment ordering, software integration, and supply chain reliability.
Patterson's focus on strengthening its technology leadership underscores the growing importance of seamless digital ecosystems in restorative dentistry, where labs depend on integrated ordering and support systems to keep milling operations running efficiently.

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BIOLASE and MegaGen Expand Waterlase Training to Three U.S. Education Centers for Dental Professionals

Published: 2026-08-21 | Source: : Dentistry Today

Q1: What is the Waterlase Foundations training program expansion announced by BIOLASE and MegaGen America?

A: BIOLASE and MegaGen America announced the expansion of the Waterlase Foundations training program to three education centers across the United States, providing dental professionals with greater access to hands-on clinical education and training. The expanded 2026-2027 training schedule increases access across the West, Central, and East Coasts.

Q2: Why does this expansion matter for dental clinics and dental laboratory professionals considering laser dentistry?

A: By establishing three regional education centers, the program removes geographic barriers that previously limited hands-on Waterlase training, allowing more restorative and clinical teams to gain practical experience with laser-assisted dentistry. For dental professionals who work alongside digital dentistry workflows, this broader access supports continuing education without requiring extensive travel to a single training location.

Q3: When will the expanded Waterlase training schedule take effect?

A: The expanded training schedule begins in 2026 and runs through 2027, with sessions distributed across the West, Central, and East Coast education centers to accommodate dental professionals nationwide.

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Henry Schein's "People Behind the Prophy" Highlights Dental Hygienists' Role in Restorative Care

Published: 2026-08-21 | Source: : Dentistry Today

Q1: What is Henry Schein's "The People Behind the Prophy" initiative, and why does it matter to dental practices?

A: The People Behind the Prophy is a Henry Schein-created campaign designed to spotlight dental hygienists and their stories, recognizing that these professionals do far more than clean teeth — they educate patients, advocate for oral health, build trust, and deliver preventive care tailored to individual patient needs. For dental clinics and laboratories that depend on strong patient relationships and case acceptance, this initiative underscores the value of the hygiene team in driving comprehensive restorative outcomes.

Q2: How do dental hygienists contribute beyond prophylaxis in a way that supports restorative and digital dentistry workflows?

A: According to the Dentistry Today coverage, dental hygienists play a critical role in preventive oral healthcare by educating and advocating for patients, often adapting their approach to the specific needs of each individual they serve. This patient-centered foundation helps identify restorative needs earlier, which can lead to more timely CAD/CAM and milling workflows in the dental laboratory when treatment progresses from prevention to restoration.

Q3: Why should dental labs and equipment distributors pay attention to campaigns like this one?

A: Campaigns like Henry Schein's The People Behind the Prophy reinforce that the dental care ecosystem — from hygiene to restorative dentistry and laboratory milling — is interconnected. When hygienists build patient trust and emphasize prevention, they also elevate the standard of care that ultimately drives demand for high-quality restorative materials, including glass ceramic, zirconia, and PMMA milling burs used in digital dentistry workflows.

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John Chope (1948–2026): A 50-Year Legacy in Dental Education and Public Service

Published: 2026-08-20 | Source: : Dentistry.co.uk

Q1: Who was Dr. John Chope and what was his contribution to the dental profession?

A: Dr. John Chope was a dedicated dentist, teacher, mentor, and public servant who made a lasting contribution to the dental profession over a remarkable 50-year career. He graduated from Bristol University Dental School in 1972 and passed away peacefully in his sleep at home on 1 August 2026, after a five-month illness with pancreatic cancer.

Q2: What roles did John Chope hold throughout his dental career?

A: John Chope balanced clinical dentistry with teaching and mentorship, serving as both a practicing dentist and an educator who shaped the next generation of dental professionals. His 50-year career was marked by a commitment to public service alongside his work in dental practice and education.

Q3: How can dental laboratories honor the legacy of educators like John Chope?

A: Dental professionals and laboratory teams can honor educators like John Chope by investing in continuous learning and mentorship within their own practices — passing on clinical and technical knowledge to younger colleagues. Supporting dental education, whether through training programs or by adopting advanced digital dentistry tools like CAD/CAM milling systems, helps sustain the teaching spirit that defined his career.

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Straine Acquires Bird Dental Studio: What This DSO Expansion Means for Dental Laboratory Partnerships

Published: 2026-08-20 | Source: : Dentistry Today

Key Takeaways

Straine, a fast-growing Dental Services Organization (DSO), has acquired Bird Dental Studio in Idaho Falls, expanding its footprint in Idaho with a dentist-first ownership model focused on preserving practice legacy rather than replacing it.
Dr. Jayson Bird's practice joins a DSO positioned as "one of the most distinctive and sought-after operators" in the DSO space, signaling continued consolidation momentum that dental laboratories and restorative suppliers should monitor for shifting referral and workflow patterns.
For dental labs and CAD/CAM milling partners, DSO acquisitions like this often lead to centralized purchasing and standardized restorative workflows — creating opportunities for suppliers offering compatible milling burs and digital dentistry solutions across zirconia, glass ceramic, and PMMA applications.
The acquisition highlights a broader industry trend where DSOs promise owners both growth and legacy preservation, meaning dental laboratories that align with multi-practice networks may gain volume but should prepare for more standardized material and equipment requirements.

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Dental Practice Transitions: Why the Next Generation Is Reshaping Private Practice Ownership

Published: 2026-08-20 | Source: : Dentistry Today

Key Takeaways

TUSK Practice Sales, a sell-side exclusive healthcare M&A advisory firm with more than $1.5 billion in completed transactions, has published new guidance for dental practice owners weighing retirement and exit options.
The next generation of dentists is fundamentally reshaping the private practice ownership landscape, which directly affects how established practice owners should approach their transition timelines and valuation expectations.
Dental practice owners considering a sale should understand that sell-side exclusive advisory representation — the model TUSK employs — is designed to maximize seller outcomes rather than balancing both buyer and seller interests.
For dental laboratory and clinic owners evaluating their long-term business strategy, the shifting ownership preferences of younger dentists signal that timing, buyer pool composition, and succession planning need to be reassessed sooner rather than later.

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Planet DDS AI Expansion: What Digital Dentistry Labs Should Watch in Dental Software

Published: 2026-08-20 | Source: : Dentistry Today

Key Takeaways

Planet DDS reported 24.3% year-over-year ARR growth for Denticon, its core cloud-based practice management platform, signaling that dental organizations are increasingly consolidating onto integrated digital workflows.
The company added five new product suites and a growing bench of AI agents, reflecting a broader industry shift toward automation that will eventually touch CAD/CAM and restorative production pipelines in dental laboratories.
For dental labs and clinics running digital dentistry operations, the expansion of cloud and AI-driven practice software suggests future interoperability opportunities with milling, sintering, and CAD/CAM equipment ecosystems.
Growth-focused dental organizations are prioritizing scalable software infrastructure, which means labs should prepare for tighter integration between practice management data and production tracking for restorative cases.

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Aspen Dental Expands Restorative Care Access in Selma with New Practice Near I-95

Published: 2026-08-20 | Source: : Dentistry Today

Key Takeaways

Aspen Dental® has opened a new supported practice at 240 Saint Mark Ave., Suite 101, in Selma, giving patients across Johnston County closer access to preventive, restorative, and emergency dental care.
The practice is led by implant specialist Dr. Mohammad Spouh, positioning the location to serve patients needing advanced restorative treatment, including implant-supported solutions.
Strategically located along the Interstate 95 corridor near Eastfield Crossing, the new office extends Aspen Dental's reach to both Selma and Smithfield communities.
For dental laboratories and restorative suppliers, the Selma expansion signals growing demand for restorative workflows and chairside milling consumables in the Johnston County market.

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Supply-Cost Drift: The Hidden Overhead Multiplier Cutting Your Dental Laboratory Practice Value

Published: 2026-08-19 | Source: : Dentistry.co.uk

Key Takeaways

Supply-cost drift occurs when dental consumables—including CAD/CAM milling burs, zirconia blocks, and glass ceramic materials—creep upward unchecked, silently eroding EBITDA and therefore the sale price of your practice.
Practice valuation is driven by EBITDA, and EBITDA is directly tied to overhead; unexamined recurring supply expenses compound into a devastating penalty when a buyer calculates your earnings multiple.
Most dental practice and laboratory owners focus on the wrong end of overhead, overlooking consumable drift in favor of larger fixed costs, when small percentage increases in recurring items like milling burs and restorative materials have outsized valuation impact.
Regular auditing of consumable procurement—from PMMA and zirconia milling burs to laboratory disposables—is a direct lever for protecting practice value and maximizing the eventual EBITDA multiple.

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Specialty1 Partners Named to 2026 Inc. 5000: What Dental Laboratory and Practice Owners Should Know

Published: 2026-08-19 | Source: : Dentistry Today

Key Takeaways

Specialty1 Partners (S1P), a doctor-led specialty dental partnership organization, has been named to the 2026 Inc. 5000 ranking of America's fastest-growing private companies — marking its sixth consecutive year on the list.
The Inc. 5000 recognition signals sustained expansion in the specialty dental sector, which dental laboratories and equipment distributors should monitor as consolidated DSO-style networks increasingly influence purchasing decisions for restorative and digital dentistry workflows.
For dental labs and milling equipment suppliers, the continued growth of doctor-led partnership models like S1P suggests rising demand for scalable production solutions — including CAD/CAM milling burs for glass ceramic, zirconia, and PMMA restorations — as affiliated practices expand their in-house and outsourced restorative capacity.
The sixth consecutive Inc. 5000 appearance highlights the durability of Specialty1 Partners' growth model, reinforcing that specialty dental partnerships are not a short-term trend but a structural shift in how endodontic, oral surgery, and periodontic practices scale operations.

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Non-Opioid Dental Pain Relief Advances: What ARC-001 Gel Phase 1 Results Mean for Restorative Dentistry

Published: 2026-08-19 | Source: : Dentistry Today

Q1: What did Arcato Laboratories announce regarding ARC-001 Gel for post-extraction pain?

A: Arcato Laboratories, Inc. announced successful top-line results from its first-in-human Phase 1 study of ARC-001 Gel in patients following third molar (wisdom tooth) extraction surgery, alongside the closing of its first round of financing.

Q2: How does ARC-001 Gel differ from traditional opioid-based pain management in dental surgery?

A: ARC-001 Gel is a novel, proprietary, sustained-release, single-dose gel formulation combining three well-characterized, non-addictive anesthetics. Unlike opioids, it offers a non-addictive alternative for managing post-surgical oral pain, which is especially relevant for routine procedures like wisdom tooth extraction.

Q3: Why is this development significant for dental clinics and oral surgery practices?

A: The successful Phase 1 results and completed financing round signal progress toward a clinically viable non-opioid pain management option. For dental professionals, this could reduce reliance on opioid prescriptions after common surgical procedures, addressing both patient safety concerns and regulatory pressures around opioid prescribing.

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Saliva's Role in Caries Prevention and Restorative Outcomes: Insights for Digital Dentistry Professionals

Published: 2026-08-19 | Source: : Dentistry Today

Q1: Why should dental professionals pay closer attention to saliva when planning restorative or CAD/CAM cases?

A: In the inaugural episode of Speaking of Dentistry, host Stan Goff and Shannon Nanne, RDH—dental hygienist, educator, author, and Key Opinion Leader—explain that saliva plays a critical role in diagnosing disease, preventing caries, and improving patient outcomes. For restorative workflows, understanding a patient's salivary function can directly influence the longevity of milled restorations and overall treatment success.

Q2: How can saliva assessment impact caries prevention in patients receiving indirect restorations?

A: Shannon Nanne, RDH, emphasizes that saliva is essential for preventing caries and supporting long-term oral health. Dental labs and clinicians working with glass ceramic or zirconia restorations should recognize that compromised salivary flow can undermine marginal integrity and increase secondary caries risk, making salivary evaluation a key step before finalizing restorative plans.

Q3: What practical value does this discussion offer to dental laboratories and clinicians focused on digital dentistry?

A: The episode highlights how dentists and dental hygienists can use salivary diagnostics to improve patient outcomes, which is directly relevant when selecting materials like PMMA temporaries or final milled crowns. By integrating saliva assessment into the treatment workflow, restorative teams can better anticipate challenges such as dry mouth, reduced buffering capacity, and higher caries susceptibility that affect restoration durability.

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Why Every Dental Practice Needs an Emergency Marketing Plan — A Lesson for Dental Laboratories and CAD/CAM Teams

Published: 2026-08-18 | Source: : Dentistry Today

Q1: What does the article say about the likelihood of a dental practice facing an emergency?

A: The article, written by Xaña Winans, states plainly that every dental practice will have an emergency — "Not might. Will." With twenty-five years of experience working exclusively in the dental industry, Winans emphasizes that emergencies come unexpectedly and will upend practice operations for a period of time.

Q2: Why should dental laboratory owners and CAD/CAM milling teams care about emergency marketing planning?

A: Because the same vulnerability applies to dental labs and restorative production workflows: an unexpected disruption — equipment failure, supply chain interruption for milling burs or zirconia blocks, or a key technician's absence — can halt output just as suddenly as a clinical emergency halts patient care. Having a pre-built emergency marketing and communication plan means your dental laboratory can respond to clients immediately rather than scrambling after the fact.

Q3: What is the core takeaway for dental professionals from this source?

A: The core takeaway is that emergency preparedness must be proactive, not reactive. Winans has watched too many dentists learn this "the hard way," and the same principle extends to dental laboratories and CAD/CAM operations — planning your crisis response before it happens is what protects your reputation and revenue.

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Tooth Regrowth Drug Trial in Japan: What It Could Mean for Restorative Dentistry

Published: 2026-08-18 | Source: : Dentistry.co.uk

Q1: What is the latest development in the tooth regrowth drug trial planned in Japan?

A: Toregem BioPharma has announced that a planned Phase IIa trial of its experimental tooth-regeneration medicine, TRG035, will involve 24 children with severe congenital tooth agenesis. The Japanese biotechnology company confirmed that the Pharmaceuticals and Medical Devices Agency (PMDA) has completed its investigation of the clinical trial notification.

Q2: Who are the target patients for this tooth regeneration medicine?

A: The trial focuses on children with severe congenital tooth agenesis — a condition where patients are born missing multiple teeth. This patient group currently relies on prosthetic solutions, making a biological tooth-regrowth approach a potentially transformative alternative to traditional restorative options.

Q3: Why should dental laboratories and clinicians pay attention to this development?

A: While CAD/CAM milling and restorative workflows remain the standard for treating missing teeth today, a successful biological tooth regeneration therapy could eventually reshape treatment planning for congenital tooth agenesis. Dental labs and clinics should monitor these trials, as long-term shifts in restorative demand could influence everything from implant planning to digital dentistry workflows.

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The Two Stories Every Smile Tells: A Restorative Dentistry Perspective on Patient Confidence

Published: 2026-08-18 | Source: : Dentistry Today

Key Takeaways

Every smile communicates two distinct narratives: the visible story — tooth shape, color, alignment, spacing, chips, and wear — and the invisible story of how patients *feel* when they smile.
Some patients smile with complete confidence, while others smile with hesitation or instinctively cover their mouths, signaling underlying dissatisfaction that may drive demand for restorative treatment.
For dental laboratories and clinics, recognizing the "invisible story" is critical: a patient's emotional relationship with their smile often determines whether they pursue restorations, veneers, or CAD/CAM-milled ceramic work.
Digital dentistry workflows — from intraoral scanning to milling glass ceramic or zirconia restorations — give technicians the precision needed to address both stories: correcting visible imperfections while restoring patient confidence.

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Tooth Regrowth in Adults: What Dental Laboratories and Restorative Teams Need to Know

Published: 2026-08-18 | Source: : Dentistry.co.uk

Q1: What is the current global prevalence of complete tooth loss that makes tooth regrowth research so relevant to restorative dentistry?

A: According to the World Health Organization (WHO), the global prevalence of complete tooth loss stands at 7% among those aged 20 and over, underscoring the scale of demand for restorative solutions — whether through conventional prosthetics, CAD/CAM-milled restorations, or future biological tooth regeneration.

Q2: How close is tooth regrowth in adults to becoming a clinical reality for dental patients?

A: While many studies in recent years have explored the possibility of regenerating natural teeth, the research remains in developmental stages — meaning dental laboratories and clinics will continue to rely on established restorative workflows such as zirconia, glass ceramic, and PMMA milling for the foreseeable future.

Q3: What should dental labs and clinics understand about the timeline for biological tooth regeneration versus current digital dentistry options?

A: The source indicates that tooth regrowth is a future possibility rather than an immediate clinical option, so dental professionals should continue investing in proven CAD/CAM restorative capabilities — including high-quality milling burs compatible with Sirona CEREC, Imes-icore, Amann Girrbach, Roland DWX, VHF, and Datron systems — to meet patient needs today.

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NHS to Private Dentistry Transition: Why Dental Professionals Must Prioritize Benefit Replacement

Published: 2026-08-17 | Source: : Dentistry.co.uk

Q1: What financial considerations should a dentist address when moving from NHS to private dentistry?

A: Christian Darnell highlights that dentists transitioning from NHS to private practice must prioritize replacing pensions and protection benefits from day one. The shift away from NHS contracts means losing employer-backed financial safety nets that many practitioners overlook during the transition.

Q2: Why is the timing of benefit replacement critical for dentists leaving NHS contracts?

A: Because once NHS pension contributions stop, the compounding growth and protection coverage gaps begin immediately — waiting even a few months can create significant long-term retirement shortfalls. Dentists should treat benefit replacement as an urgent first step in their private practice planning, not an afterthought.

Q3: What is driving more UK dental practices to move from NHS to private models?

A: The changing landscape of primary care dentistry in recent years has led many practices across the UK to move away from NHS contracts and transition into fully private models. This shift, while offering greater clinical and business autonomy, introduces new personal financial responsibilities that NHS employment previously covered.

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AI in Dental Practices: What Digital Dentistry Professionals Need to Know

Published: 2026-08-17 | Source: : Articles – Dental Tribune

Key Takeaways

More than two in five US dentists surveyed by the American Dental Association's Health Policy Institute reported using AI for at least one task in their practice, signaling that AI adoption is moving from novelty to routine in clinical settings.
One in four dentists said they planned to adopt AI in the future, indicating a growing pipeline of technology-curious practitioners who may soon integrate AI alongside their existing CAD/CAM and digital dentistry workflows.
Despite growing adoption, the findings reveal significant scepticism regarding AI-driven treatment recommendations, meaning dental professionals remain cautious about delegating restorative and clinical decision-making to algorithms.
For dental laboratories and clinics already invested in digital dentistry—such as CAD/CAM milling and restorative production—this trend suggests that AI tools are being embraced for administrative and diagnostic support first, while hands-on clinical judgment remains firmly in human control.

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CyberSmile Opens Hong Kong Training Centre for Robotic and AI-Assisted Dental Implant Surgery

Published: 2026-08-17 | Source: : Articles – Dental Tribune

Q1: What is CyberSmile and who established this new Hong Kong training centre?

A: CyberSmile is a new training centre for computer-assisted implant surgery that opened in Hong Kong earlier this year. It was established by Drs James Chow, Nikos Mattheos and Alessandro Pozzi to provide hands-on education in dynamic navigation, robotic surgery and applications of artificial intelligence (AI) in implant dentistry.

Q2: Why did the founders create CyberSmile, and what gap does it address in digital dentistry?

A: The founders conceived CyberSmile in response to what they describe as a widening gap between the rapid development of implant technologies and structured clinical training. The centre aims to bridge this gap by offering hands-on education so dental professionals can confidently adopt computer-assisted implant workflows.

Q3: What specific technologies and techniques does the CyberSmile curriculum cover for restorative and implant-focused dental professionals?

A: The centre's training focuses on three core areas: dynamic navigation for guided implant placement, robotic-assisted surgery, and applications of artificial intelligence (AI) in implant dentistry. This hands-on education is designed for clinicians who want to integrate advanced computer-assisted workflows into their implant practice.

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NHS Complex Care Pathways: What Dental Laboratories and Restorative Teams Need to Know

Published: 2026-08-17 | Source: : Dentistry.co.uk

Q1: What is the proposed NHS complex care pathway model, and why does Ian Gordon believe it could improve care for high-need dental patients?

A: Ian Gordon argues that complex care pathways could improve care for patients with high levels of disease by structuring treatment around their specific clinical needs. However, he raises unresolved questions about prevention, remuneration, clinical complexity, patient disengagement, and the financial risk transferred to NHS dental practices.

Q2: What operational and financial risks does the complex care pathway model pose for NHS dental practices?

Published: 2026-08-14 | Source: : Dentistry Today

Key Takeaways

Linrose Dental & Vitalité, a family dental practice in northern Utah, is pioneering a new model that integrates oral health with general medicine, aesthetics, and mental health care under one roof.
The practice is introducing breakthrough technologies including Emface, EXOMIND, and Emsculpt NEO, positioning itself at the intersection of digital dentistry and whole-body wellness.
A launch party is scheduled for August 26 to formally introduce the new whole-body care technology and service model to the northern Utah community.
This expansion signals a growing trend in the dental industry where restorative and aesthetic practices broaden their service offerings beyond traditional chairside procedures to capture more comprehensive patient care revenue.

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Aspen Dental Expands in Burbank with Same-Day Care and Onsite Dental Laboratory Services

Published: 2026-08-14 | Source: : Dentistry Today

Key Takeaways

Aspen Dental has opened a new supported practice at 7969 S. Cicero Ave. in the Scottsdale Shopping Center, targeting patients in Burbank and neighboring Oak Lawn in southwest Cook County.
The new location offers same-day emergency dental care and features onsite labs, reflecting the growing trend of in-house restorative workflows that reduce turnaround time for dental laboratories and patients alike.
The practice will also provide Motto™ Clear Aligners, expanding access to digital orthodontic solutions alongside traditional restorative services.
For dental labs and equipment distributors, Aspen Dental's continued expansion signals sustained demand for chairside and onsite digital dentistry tools — including CAD/CAM milling systems and compatible milling burs for glass ceramic, zirconia, and PMMA restorations.

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PDS Health Secures 15th Inc. 5000 Ranking, Reinforcing Growth Trends Relevant to Digital Dentistry and Dental Laboratory Markets

Published: 2026-08-14 | Source: : Dentistry Today

Key Takeaways

PDS Health, a leading integrated healthcare support organization, has been named to the 2026 Inc. 5000 list by Inc. Magazine, marking the 15th time the company has earned this recognition for being among America's fastest-growing private companies.
This milestone reflects more than three decades of sustained growth for PDS Health, signaling continued expansion in the dental support organization (DSO) sector that drives demand for restorative and CAD/CAM workflows in affiliated practices.
For dental laboratories and equipment distributors, sustained growth among integrated dental organizations like PDS Health indicates a rising need for scalable digital dentistry solutions, including milling burs compatible with Sirona CEREC, Imes-icore, Amann Girrbach, Roland DWX, VHF, and Datron systems.
The Inc. 5000 ranking underscores the resilience of multi-location dental care models, which increasingly standardize on glass ceramic, zirconia, and PMMA milling consumables to maintain efficiency across high-volume restorative production.
Dental labs and clinics supplying growing DSO networks should anticipate continued demand for CNC dental milling burs and sintering-compatible materials as integrated organizations prioritize in-house digital production capacity.

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Premier Dental and Forward Science Partner to Expand Access to PerioStōm Oral Wound Dressing for Dental Professionals

Published: 2026-08-14 | Source: : Dentistry Today

Key Takeaways

Premier® Dental Products Company has announced an exclusive distribution partnership with Forward Science to bring PerioStōm®, an FDA-cleared, non-drug oral wound dressing, to dental professionals throughout the United States.
PerioStōm is designed for post-procedural periodontal care, offering clinicians a non-pharmaceutical option for managing oral wounds after periodontal treatment.
The partnership leverages Premier Dental's established distribution network as a global leader in innovative dental consumables and clinical solutions, broadening nationwide clinician access to this wound care product.
For dental laboratories and clinics already sourcing consumables through major distributors, this expansion signals growing demand for adjunctive post-procedural care products alongside restorative and digital dentistry workflows.

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Top 100 Dental Products for 2026: What Labs and Clinics Should Watch in CAD/CAM and Restorative Innovation

Published: 2026-08-14 | Source: : Dentistry Today

Key Takeaways

Dentistry Today’s editorial team has released its 40th Annual Top 100 Products list for 2026, spotlighting technologies and materials that improve efficiency, elevate patient care, and transform practice operations across the dental profession.
The annual list spans groundbreaking clinical innovations as well as practical workflow solutions — making it a valuable benchmarking tool for dental laboratories and clinics evaluating new CAD/CAM, milling, and restorative investments.
For dental lab technicians, tracking which milling-compatible materials and digital dentistry tools make the Top 100 can signal where restorative workflows are heading in the coming year.
Dental equipment distributors should use this list to identify high-demand product categories, including innovations tied to CNC dental milling, sintering, and chairside restorative systems.

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High-Performance Digital Dentistry: Scanning, AI, and Precision Workflows for Restorative Success

Published: 2026-08-14 | Source: : Dentistry Today

Key Takeaways

Intraoral scanners have evolved from optional digital upgrades into essential tools for high-performance restorative dentistry, where precision, control, and timing matter as much as in competitive racing.
Speed alone does not guarantee clinical success — winning digital dentistry workflows require accurate data capture, smart decision-making, and the right technology applied at the right moment, just as Dr. Todd Snyder emphasizes in his analysis.
AI integration is emerging as a critical component in modern digital dentistry, helping clinicians optimize scanning accuracy and streamline the CAD/CAM restorative process.
Dental laboratories and clinics adopting high-performance digital workflows should pair advanced scanning and AI tools with reliable CAD/CAM milling consumables — such as precision-engineered milling burs for glass ceramic, zirconia, and PMMA — to ensure the final restoration matches the digital design's accuracy.

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Lewie Expands Oral-Care Line with Restore Ritual Kit for Nighttime Dental Wellness

Published: 2026-08-13 | Source: : Dentistry Today

Key Takeaways

Lewie, a dentist-developed beauty and oral-care brand, has launched the Restore Ritual Kit, a premium two-step nighttime ritual combining mouth tape and a recovery balm to help consumers rest comfortably and wake up hydrated and refreshed.
The product marks Lewie's strategic expansion beyond traditional oral-care products into the sleep wellness category, signaling growing consumer demand for holistic, beauty-positioned dental and oral health solutions.
For dental laboratories and clinics tracking consumer oral-care trends, this launch highlights how digitally native dental brands are blurring the lines between clinical care, beauty, and wellness — a shift that may influence patient expectations around restorative and preventive care.
The Restore Ritual Kit's focus on nighttime hydration and recovery aligns with broader industry conversations about dry mouth, oral microbiome health, and the role of restorative oral-care routines in overall wellness.

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Align Technology’s Patent Victory in China: What Dental Laboratories and CAD/CAM Users Should Know

Published: 2026-08-13 | Source: : Dentistry Today

Key Takeaways

Align Technology, Inc. (Nasdaq: ALGN), maker of the Invisalign® System of clear aligners, secured a favorable judgment from the Jinan Intermediate People’s Court in China against Angelalign Technology’s operating subsidiaries in China for patent infringement.
The ruling reinforces the legal risks of using or distributing unauthorized aligner systems in China, a market where many dental laboratories also run CAD/CAM milling workflows for restorative production.
For dental labs and clinics that rely on digital dentistry — from intraoral scanning to clear aligner fabrication and milling of glass ceramic or zirconia restorations — this case highlights the growing importance of verifying IP compliance across the digital workflow supply chain.
While the dispute centers on clear aligner patents rather than milling burs or CNC dental hardware, the broader signal is clear: intellectual property enforcement in the dental industry is intensifying globally, and labs should audit their digital dentistry partners accordingly.

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Photobiomodulation in Restorative Dentistry: What Dental Labs and Clinics Should Know

Published: 2026-08-13 | Source: : Dentistry Today

Q1: What is photobiomodulation and how does it fit into modern restorative and digital dentistry workflows?

A: Photobiomodulation (PBM) is a light-based therapy with roots tracing back to ancient Egypt's worship of Rah, the sun god, and it gained scientific legitimacy when Dr. Neils Finsen won the Nobel Prize in Physiology or Medicine in the early 1900s for successfully treating Lupus Vulgaris with carbon arc light. In today's dental practice, PBM is used to improve patient care by promoting healing and reducing post-operative discomfort — a valuable adjunct for clinicians performing restorative procedures that may involve CAD/CAM-milled glass ceramic or zirconia restorations.

Q2: Who authored this clinical overview and what is the relevance for dental professionals evaluating light therapy?

A: The article was written by Marina Polonsky, DDS, MSc, who presents photobiomodulation as a practical method for better patient care using light therapy. For dental laboratories and clinics that already invest in precision digital dentistry equipment — such as CNC dental milling systems for zirconia and PMMA — understanding PBM helps round out a comprehensive treatment protocol that supports tissue healing after restorative or surgical appointments.

Q3: How can a dental laboratory or clinic integrate photobiomodulation alongside restorative milling workflows?

A: While PBM does not replace the need for precise dental burs or milling accuracy in producing glass ceramic and zirconia restorations, it complements the clinical side by improving patient recovery and comfort after delivery of restorations. A practice that combines accurate CAD/CAM-milled prosthetics with PBM protocols can differentiate itself by offering a more holistic, patient-centered restorative experience.

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Why Digital Dentistry Education at DS World Las Vegas Matters for CAD/CAM Success

Published: 2026-08-13 | Source: : Dentistry Today

Q1: What is DS World Las Vegas, and when is it taking place?

A: DS World Las Vegas is scheduled for September 24 to September 26 at the MGM Grand. It is a key event for dental professionals looking to deepen their understanding of digital dentistry tools and workflows.

Q2: How has digital dentistry changed what is possible in the dental practice?

A: Intraoral scanning, chairside workflows, 3D imaging, cloud-based collaboration, and integrated treatment planning have redefined how teams diagnose, communicate, and deliver care. These technologies enable more efficient restorative workflows, but many practices still struggle to turn these digital tools into consistent daily habits.

Q3: Why does education matter more than ever for dental teams adopting digital tools?

A: While digital tools have expanded clinical possibilities, the real challenge is integrating them into everyday practice routines. Ongoing education helps dental teams bridge the gap between owning digital equipment—such as CAD/CAM systems and milling units—and using them effectively for restorative outcomes.

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Oryx Dental Ranks #863 on Inc. 5000 — What Digital Dentistry Labs Should Know

Published: 2026-08-12 | Source: : Dentistry Today

Key Takeaways

Oryx Dental, a leader in clinically rooted, cloud-based, AI-powered dental practice management software (DPMS), has been named #863 overall and #81 in Software on the 2026 Inc. 5000 list of fastest-growing private companies — marking its second consecutive year in the top 1,000 overall and top 100 software companies.
The recognition signals accelerating adoption of cloud-based and AI-driven practice management tools across the dental industry, a trend that dental laboratories and clinics should monitor as digital workflows become more integrated.
For dental labs operating CAD/CAM milling systems, the rise of AI-powered DPMS platforms like Oryx points toward tighter interoperability between practice management software and restorative production workflows.
Oryx's back-to-back Inc. 5000 placement demonstrates sustained, measurable growth — a useful benchmark for dental equipment distributors and labs evaluating long-term viability when selecting software partners.

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The Neuromuscular Dentistry Renaissance: What Dental Labs and Restorative Teams Need to Know

Published: 2026-08-12 | Source: : Dentistry Today

Q1: How is neuromuscular dentistry changing the way dental professionals approach restorative and smile makeover cases?

A: Neuromuscular dentistry is shifting focus from teeth-only treatment to muscle-directed care, addressing issues like morning jaw soreness, chewing fatigue, and limited opening. For restorative teams, this means smile makeovers increasingly require evaluating masticatory muscle function alongside CAD/CAM restorations to achieve stable, comfortable outcomes.

Q2: What role does TMD management play in modern comprehensive dental care?

A: Temporomandibular disorder (TMD) management is becoming a central pillar of comprehensive dentistry, with muscle health guiding treatment planning. Dental professionals are using muscle-directed technology to expand beyond traditional restorative boundaries, integrating occlusal and muscular assessment into everyday clinical workflows.

Q3: Why should dental laboratories pay attention to neuromuscular dentistry trends?

A: As clinicians increasingly design restorations around muscle-guided occlusion rather than teeth alone, dental labs must ensure their milled restorations — whether glass ceramic, zirconia, or PMMA — support these physiologically balanced outcomes. Precision CAD/CAM milling with properly matched burs becomes critical when restorations must harmonize with neuromuscularly determined occlusal schemes.

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How One Dentist Built a Thriving Dental Practice by Streamlining Operations with Software

Published: 2026-08-12 | Source: : Dentistry Today

Q1: How did Dr. Charles Vittitow, DMD, transition from engineering into building a successful dental practice?

A: Dr. Charles Vittitow, DMD — known to patients as "Dr. Chaz" — initially resisted following in his dentist father's footsteps and experimented with engineering in college. He eventually realized his path led back to dentistry, where he applied a systematic, engineering-informed mindset to practice management rather than focusing solely on clinical chairside work.

Q2: What does "thinking beyond the chair" mean for dental practice management, according to Dr. Chaz?

A: For Dr. Chaz, successful practice management involves leveraging software tools and systematic workflows to handle operational tasks efficiently, not just delivering clinical care. This approach allows a dental practice to scale operations "one click at a time," reducing manual burdens and enabling more consistent patient experiences.

Q3: Why is this software-driven approach relevant to dental laboratories and clinics investing in digital dentistry?

A: The same operational philosophy applies to dental labs and clinics adopting digital dentistry tools like CAD/CAM systems and milling burs. Streamlining back-end processes with software complements clinical technology investments, helping teams maximize productivity and reduce costly bottlenecks in restorative workflows.

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MegaGen Symposium Bridges Legacy and Innovation: What Dental Laboratories and Restorative Teams Should Watch

Published: 2026-08-12 | Source: : Dentistry Today

Key Takeaways

The 19th MegaGen International Symposium reinforced cross-generational collaboration in implant dentistry, with the New Toronto Declaration outlining a strategic roadmap for the next 50 years of the field — a signal for dental laboratories to align restorative workflows with evolving implant protocols.
MegaGen's academic alliance with Nobel Biocare and clinical validation by leading global scholars underscore a growing emphasis on evidence-based implant systems, which may influence how dental labs approach CAD/CAM abutment design and restorative compatibility.
The symposium's focus on "legacy meets innovation" highlights the industry's shift toward integrating established implant knowledge with emerging digital workflows — relevant for dental laboratories investing in CAD/CAM milling capabilities for implant-supported restorations.
As implant dentistry evolves under frameworks like the New Toronto Declaration, dental labs and clinics should anticipate closer collaboration between implant manufacturers and digital restorative teams, potentially affecting material choices for zirconia and glass-ceramic milling in implant cases.

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Decoding Team Dynamics in a Digital Dentistry Laboratory: What Dental Technicians Need to Know

Published: 2026-08-11 | Source: : Dentistry Today

Key Takeaways

Before reacting to a team member’s sudden change in performance or attitude in the dental laboratory, pause to consider that every behavior has an underlying story or personal struggle driving it, according to Dr. Alan Stern.
Jumping to negative conclusions—such as labeling a distracted front desk team member or a quiet hygienist as “lazy” or disrespectful—damages workplace culture and ignores potential root causes like personal stress or burnout.
In high-precision environments where focus is critical for tasks like operating CAD/CAM systems or handling zirconia and glass-ceramic restorations, leaders should approach behavioral issues with curiosity and empathy rather than assumption and judgment.
Dr. Stern emphasizes that taking a moment to ask “I wonder what happened to them?” instead of writing a negative narrative can transform a dental practice’s culture, fostering resilience and trust among technicians and clinical staff alike.

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James Frith Appointed UK Dental Minister: What This Means for Digital Dentistry and Laboratory Policy

Published: 2026-08-11 | Source: : Dentistry.co.uk

Q1: Who has been appointed as the new minister responsible for dentistry in the UK, and what is his official role?

A: James Frith has been appointed as the under-secretary of state for health and social care with responsibility for dentistry. His appointment comes three weeks into Prime Minister Andy Burnham’s term, following a reshuffle of the Department of Health and Social Care (DHSC) that also saw Yvette Cooper announced as the health secretary.

Q2: Why is this ministerial appointment significant for dental laboratories and clinics navigating NHS contract reforms?

A: James Frith takes on the dentistry portfolio at a critical time when the sector is facing ongoing negotiations around the NHS dental contract and access to care. For dental laboratories and clinics, his leadership could influence future policies on funding, digital workflow adoption, and the regulatory landscape that directly impacts restorative and milling operations.

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Tuesday Morning Dental Practice Reflections: Why CAD/CAM and Restorative Dentistry Rely on Patient Communication

Published: 2026-08-11 | Source: : Dentistry Today

Key Takeaways

Dr. Silverman highlights that many patients silently struggle with aesthetic concerns like gaps, chips, or discoloration, which directly connects to the growing demand for digital dentistry solutions including same-day glass ceramic and zirconia restorations milled with precise dental burs.
The reflection underscores that a dental laboratory’s technical excellence in CNC dental milling means nothing if the patient never voices their desire for a better smile, emphasizing the need for clinicians to proactively initiate cosmetic conversations.
Effective doctor-patient dialogue opens the door for restorative workflows where PMMA temporaries and final monolithic restorations are designed and milled chairside, transforming unspoken insecurities into treatment plans that rely on high-performance milling burs.
Understanding the psychology behind patient silence helps dental labs and clinics align their CAD/CAM technology investments—from sintering furnaces to specialized dental burs—with the emotional needs driving case acceptance.

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2026 Dental Testing & Regulatory Summit Opens Registration, Shaping Future Licensure for CAD/CAM Dental Laboratories

Published: 2026-08-11 | Source: : Dentistry Today

Key Takeaways

The 2026 Dental Testing & Regulatory Summit and Educators Conference is a 5-day event in National Harbor, Md., convening dental regulators, educators, and examiners from across the country to address the future of dental licensure.
Registration is now open for the summit, which is organized by the American Board of Dental Examiners (ADEX) and other key stakeholders in dental regulation.
The conference aims to align testing standards and regulatory frameworks, directly impacting how dental laboratories and clinics using digital dentistry, including CAD/CAM and restorative workflows, maintain compliance.
For dental lab technicians and clinics invested in milling glass ceramic or zirconia restorations, staying informed on evolving licensure requirements ensures that clinical and technical standards keep pace with digital manufacturing advancements.

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Spear Education and VoiceStack Partner to Streamline Dental Practice Training with Digital Dentistry Workflow Integration

Published: 2026-08-10 | Source: : Dentistry Today

Q1: What is the new partnership between Spear Education and VoiceStack, and how does it benefit dental practices?

A: Spear Education, a leading provider of advanced dental education, has partnered with VoiceStack, an AI-powered communication platform, to integrate Spear’s front office education directly into the VoiceStack platform. This gives dental practices streamlined access to training alongside communication insights, helping teams improve patient interactions and administrative workflows without leaving their primary software environment.

Q2: How can this front office training integration impact the efficiency of a dental laboratory or clinic?

A: By embedding education within an existing communication tool, dental practices and laboratories can reduce time spent switching between systems, which supports faster adoption of best practices for scheduling, case presentation, and patient coordination. For a digital dentistry-focused lab using CAD/CAM and milling burs, smoother front-office operations can lead to better case management and fewer production bottlenecks.

Q3: Is Spear’s training content tailored for specific roles within a dental practice?

A: Yes, Spear Education offers role-specific pathways, including dedicated front office education that addresses the unique challenges of administrative dental professionals. The partnership with VoiceStack makes this targeted content more accessible, empowering teams to handle insurance, treatment planning, and patient communication more effectively without disrupting daily workflows.

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Pearl Oral Health Index Reveals Hidden Caries Crisis, Underscoring the Need for Efficient Restorative Digital Dentistry

Published: 2026-08-10 | Source: : Articles – Dental Tribune

Q1: What did the Pearl Oral Health Index reveal about untreated caries in the US, and why does this matter for dental laboratories?

A: The Pearl Oral Health Index, based on AI analysis of millions of radiographs, suggests the burden of untreated caries is substantially greater than previous national estimates. This hidden crisis signals a potentially higher future demand for restorative work, requiring dental laboratories to optimize their CAD/CAM milling workflows for efficiency with reliable glass ceramic and zirconia burs.

Q2: How does Pearl’s AI-driven radiographic census highlight inequalities that could affect a dental clinic’s treatment planning?

A: The analysis offers fresh insights into population oral health by highlighting significant inequalities in access to dental care. For clinics, identifying these hidden disease patterns means a likely increase in complex restorative cases, making it critical to partner with labs that utilize precise CNC dental milling strategies to deliver consistent, high-quality crowns and bridges.

Q3: Why is this large-scale data relevant to the future of restorative dentistry and the tools used in digital dentistry?

A: As AI reveals a higher-than-expected disease burden, the dental industry must prepare for a surge in restorative procedures. This directly impacts digital dentistry, where the quality of the final restoration depends heavily on the performance of milling burs; using specialized tools for materials like PMMA temporaries or sintered zirconia ensures labs can handle increased case volumes without sacrificing marginal fit.

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Near-Infrared Photoimmunotherapy Offers a Microbiome-Sparing Approach to Periodontitis

Published: 2026-08-10 | Source: : Dentistry.co.uk

Q1: How does the new near-infrared photoimmunotherapy technique target periodontitis without harming the oral microbiome like traditional treatments?

A: The method uses an antibody-dye compound that selectively binds to Porphyromonas gingivalis, a key pathogen triggering periodontitis inflammation, and is then activated by near-infrared light to destroy only the targeted cells, preserving beneficial oral bacteria.

Q2: What is the origin of this light-activated therapy, and why is its selectivity significant for restorative and periodontal care?

A: The technique was originally developed for cancer treatment and has now been adapted for dentistry; its ability to precisely eliminate pathogens like P. gingivalis without broad-spectrum disruption is critical for maintaining a healthy oral environment, which supports the long-term success of restorative procedures and implant placements.

Q3: What potential does this research hold for the future of infection control in dental laboratory and clinical workflows?

A: By demonstrating that light-activated compounds can achieve pathogen-specific disinfection, this research opens the door for integrating targeted antimicrobial strategies into future clinical protocols, potentially reducing reliance on systemic antibiotics and improving healing around milled glass ceramic or zirconia restorations.

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Dental Sandblasters Market Outlook: Advancing Precision in Digital Dentistry and Restorative Workflows

Published: 2026-08-10 | Source: : "dental industry news laboratory" - Google News

Key Takeaways

The dental sandblasters market is expanding as a critical component for surface preparation, directly enhancing the bonding and retention of CAD/CAM restorative materials like glass ceramic and zirconia.
Technological advancements in sandblasters are focusing on improved precision, which helps dental laboratories and clinics avoid micro-fractures during the pre-treatment of milled restorations.
The market outlook highlights a growing demand for automated and dust-free units, streamlining the transition from CNC dental milling to final sintering and polishing stages.
For dental lab technicians, integrating advanced sandblasting protocols is essential for optimizing the surface roughness of PMMA temporaries and resin-based prosthetics before characterization.

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From Art to Dentistry: How a Sculpture Project Inspired an Instant Sensitivity Gel for Restorative Patients

Published: 2026-08-07 | Source: : Dentistry.co.uk

Q1: What is the origin of this new instant tooth sensitivity gel, and who developed it?

A: The gel was developed by Niall Kent, an oral and maxillofacial surgeon, after an unexpected discovery while helping his brother at the Royal Academy of Art create sculptures. This cross-disciplinary art project led to the novel formulation designed for on-the-go sensitivity relief.

Q2: How does this discovery relate to challenges faced in a dental laboratory or clinic after restorative procedures?

A: While the article focuses on the gel’s consumer application, post-operative sensitivity is a common complication dental labs and clinics see after cementing crowns or bridges milled from glass ceramic or zirconia. An instant-relief product stemming from innovative materials science highlights the ongoing industry need to manage patient comfort immediately following CAD/CAM restorative workflows.

Q3: What specific benefit does Niall Kent’s sensitivity gel offer to patients?

A: The gel provides instant relief from tooth sensitivity and is designed for convenient use on the go, addressing a need for rapid, accessible treatment outside of the traditional clinical setting.

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Ageism in Dental Restorations: How Assumptions Affect CAD/CAM Treatment Planning

Published: 2026-08-07 | Source: : Dentistry.co.uk

Q1: How does ageism manifest in clinical decisions about restorative dentistry, such as when a dentist considers a zirconia crown versus a removable prosthesis?

A: Author Sharif Islam highlights how clinicians often default to "given their age" as a reason to deny advanced treatments, such as implants or complex fixed restorations, assuming elderly patients cannot handle procedures or maintenance. This bias overlooks that a patient's biological and physiological status, not chronological age, should guide decisions, meaning a fully independent elderly patient might be an excellent candidate for a high-strength glass ceramic or zirconia restoration milled via digital dentistry systems.

Q2: What should a dental laboratory technician understand about the "downstream effect" of ageism when receiving prescriptions for elderly patients?

A: Technicians often see the result of this bias when prescriptions default to basic acrylic removable devices for older patients, rather than precision-milled PMMA temporaries or final CAD/CAM restorations. The article stresses that by applying a "functional assessment" instead of an age-based assumption, clinicians are more likely to prescribe durable, aesthetic solutions that dental labs can produce with modern milling burs and CNC dental workflows, improving the patient's quality of life significantly.

Q3: Why is it a clinical mistake to assume an elderly patient will not live long enough to justify the cost of a definitive milled restoration?

A: The article points out that life expectancy is unpredictable, and denying a patient a functional, aesthetic restoration like a CAD/CAM-fabricated crown based on a guess about their remaining years can subject them to years of needless disability and poor function. The focus should be on immediate functional and biological needs, ensuring that the choice of material—whether for a monolithic zirconia bridge or a glass ceramic inlay—is based on the patient's current tissue health and manual dexterity, not their birthdate.

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ORDO Sonic Kids Toothbrush Wins Good Housekeeping 2026 Parenting Award, Elevating Everyday Restorative Prevention

Published: 2026-08-07 | Source: : Dentistry Today

Q1: Which specific product received the 2026 Good Housekeeping Parenting Award in the Personal Care & Wellness category?

A: The ORDO Sonic Kids Rechargeable Toothbrush – Squishmallows Patty was named a winner in Good Housekeeping’s 2026 Parenting Awards in the Personal Care & Wellness category. The full list of award winners is available on GoodHousekeeping.com/Parenting2026.

Q2: What design philosophy did ORDO apply to the Sonic Kids toothbrush to improve pediatric oral hygiene habits?

A: ORDO designed the toothbrush specifically to turn brushing from a battle into a habit for children, making daily oral care more engaging and less of a struggle for parents. This approach supports the foundational preventive care that dental professionals emphasize for long-term restorative health.

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Polar Bear Personality Most Common in Dentistry, Highlighting Team Dynamics in the Dental Laboratory

Published: 2026-08-09 | Source: : Dentistry.co.uk

Key Takeaways

Research indicates that the ‘polar bear’ personality type is the most prevalent among dental professionals, offering dental laboratory teams a new framework to improve internal communication and workflow harmony.
More than 500,000 tubes of toothpaste were donated to families in need, reflecting a broader industry trend of corporate social responsibility that dental clinics and restorative labs can participate in.
Cornwall’s first Dentistry Summit specifically targeted strategies to enhance access to NHS dentistry across Cornwall and the Isles of Scilly, signaling potential future shifts in patient volume and case types for regional labs.

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Universal Orthodontic Lab Shapes Aligner Competency Standards in Digital Dentistry

Published: 2026-08-07 | Source: : Dentistry Today

Q1: What role is Universal Orthodontic Lab playing in establishing clinical standards for aligner orthodontics?

A: Universal Orthodontic Lab announced that Dr. Ryo Hamanaka, its Chief Clinical Officer and Head of the Experimental Applications Group, has been invited to present at the ABAO Forum 2026. The Association for the Board of Aligner Orthodontics selected him to contribute to multiple-choice CBT development, directly supporting efforts to establish formal competency standards in aligner orthodontics.

Q2: Who is representing Universal Orthodontic Lab in this standards initiative, and what is his clinical title?

A: Dr. Ryo Hamanaka serves as Chief Clinical Officer and Head of the Experimental Applications Group at Universal Orthodontic Lab. He has been specifically invited by the Association for the Board of Aligner Orthodontics to participate in this standards development work.

Q3: What specific contribution is being made to advance aligner orthodontic competency assessment?

A: Dr. Hamanaka is contributing to the development of multiple-choice computer-based testing (CBT) for the ABAO Forum 2026. This work supports ongoing efforts to create standardized competency benchmarks that can elevate clinical practice across the aligner orthodontics field.

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Heartland Dental CEO Pat Bauer Wins 2026 Dental Titan Award for People-First Leadership in Restorative Dentistry Support

Published: 2026-08-07 | Source: : Dentistry Today

Key Takeaways

Heartland Dental CEO Pat Bauer has received the 2026 Dental Titan Award, recognizing his leadership, innovation, and service that have significantly impacted the dental industry.
The award specifically honors Bauer’s enduring commitment to Heartland Dental’s doctor-led culture and support model, highlighting a people-first approach within the nation’s leading dental support organization.
This industry recognition underscores the growing importance of strong organizational leadership in supporting restorative and digital dentistry workflows across affiliated dental laboratories and clinics.
For dental labs and clinics partnered with large DSOs, such leadership awards can signal stable, quality-focused operational support that indirectly benefits daily production, including CAD/CAM and milling processes.

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Aspen Dental Expands Access to Restorative Care with First Shelby County Practice

Published: 2026-08-07 | Source: : Dentistry Today

Q1: How does Aspen Dental’s new Alabaster location improve access to restorative and digital dentistry services for patients in Shelby County?

A: The new office, located at 725 1st Street SE, Suite 3305 in Alabaster, is the first Aspen Dental practice in Shelby County and expands access to comprehensive dental care, including restorative treatments. It offers early weekday hours, Saturday availability, and walk-in access, removing common scheduling barriers for patients needing everything from routine exams to more advanced prosthetic work that often relies on a dental laboratory and CAD/CAM workflows.

Q2: What specific operational features does this new practice offer that could affect the demand for dental laboratory services and milling in the Birmingham metro area?

A: The practice provides a full range of services including exams, cleanings, extractions, fillings, and denture services, with a particular focus on denture solutions that often involve digital dentistry and milling of PMMA or other materials. Their on-site denture lab and daily appointment availability allow for faster turnaround times, potentially increasing the local demand for precision milling burs and efficient laboratory workflows as patient volume grows.

Q3: Why is this expansion significant for dental professionals monitoring market trends in the Southern U.S.?

A: This opening marks a strategic expansion into Shelby County and the greater Birmingham metro area, signaling Aspen Dental’s continued growth in providing accessible care. For dental labs and clinicians, this trend often correlates with a rising need for efficient CAD/CAM consumables like glass ceramic and zirconia burs to support high-volume restorative production in newly served regions.

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Do New UK Dental School Places Solve the Workforce Crisis? A Look at Restorative Capacity

Published: 2026-08-08 | Source: : Dentistry.co.uk

Q1: What is the UK government’s recent plan to address the dental workforce shortage, and which universities are involved?

A: The government announced 50 new dental school places to be split between the Universities of East Anglia and Portsmouth. However, Nigel Jones argues that simply adding more undergraduate spots is not a realistic short-term solution to the workforce crisis, as it takes many years before students become practicing clinicians.

Q2: Why won’t these new dental school places immediately fix the shortage of clinical capacity in dental laboratories and clinics?

A: The bottleneck is not just the number of dentists on the register (over 40,000), but the fact that many are not working full-time clinical roles or have left NHS dentistry. Increasing student intake does nothing to immediately improve the current restorative output or the day-to-day burden on existing dental laboratories supporting practices right now.

Q3: What is the core issue driving the workforce problem according to the source?

A: The fundamental issue is retention and the working conditions that drive dentists out of clinical practice, rather than a lack of raw recruitment numbers. Until the system addresses why trained clinicians are reducing hours or leaving, simply adding 50 student places will fail to solve the long-term capacity crisis.

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Dentsply Sirona Webinar Explores Full Digital Implant Workflow for Restorative Dentistry

Published: 2026-08-07 | Source: : Dentistry Today

Key Takeaways

Dentsply Sirona is hosting a webinar focused on mastering the complete digital implant workflow, from initial patient consultation to final restoration delivery.
The educational session aims to help dental professionals deliver fast, predictable, and highly accurate implant treatments by streamlining their clinical processes.
As digital dentistry continues to evolve, the webinar addresses the growing demand for solutions that integrate seamlessly across the implant treatment chain, supporting predictable clinical outcomes.
For dental laboratories and clinics already utilizing CAD/CAM systems like Sirona CEREC, optimizing the digital implant workflow can enhance the efficiency and precision of producing final restorations.

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Universal Orthodontic Lab Elevates Clinical Standards: What Dental Laboratories Need to Know

Published: 2026-08-07 | Source: : "dental industry news laboratory" - Google News

Key Takeaways

Universal Orthodontic Lab is reinforcing clinical standards to ensure higher precision and reliability in orthodontic appliance fabrication, directly impacting the workflow of dental laboratories.
This initiative focuses on stringent quality control protocols that can serve as a benchmark for labs utilizing advanced materials, such as when selecting specialized milling burs for PMMA or metal frameworks.
By elevating clinical standards, the lab aims to reduce remakes and enhance patient outcomes, a critical factor for any restorative-driven dental laboratory looking to optimize its CAD/CAM production line.
The move reflects a broader industry trend where orthodontic labs are integrating more rigorous digital dentistry processes to minimize manual errors and improve appliance fit.

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Dental Laboratory Innovation: Hygiene KOL Michelle Strange Publishes Independent by Design

Published: 2026-08-07 | Source: : Dentistry Today

Q1: What is the new book *Independent by Design* about, and who authored it?

A: *Independent by Design: A Dental Hygienist’s Journey to Practice Ownership* was authored by Michelle Strange, MSDH, RDH — a dental hygienist, educator, entrepreneur, and podcast host. The book presents a roadmap for career growth, exploring evolving opportunities for dental hygienists, including the path to independent practice ownership.

Q2: Why is this book relevant for dental professionals considering practice ownership?

A: The book addresses a growing trend where dental hygienists seek greater autonomy and entrepreneurship. It provides practical guidance on how to transition from traditional employment to owning an independent practice, which can influence how dental laboratories and restorative teams collaborate with hygienist-led clinics.

Q3: How might the rise of hygienist-owned practices impact the dental laboratory and CAD/CAM milling sector?

A: As more hygienists open their own practices, demand for restorative workflows — such as glass ceramic, zirconia, and PMMA restorations using CNC dental milling systems — may increase. Dental laboratories that supply these independent clinics will need to be agile, offering digital dentistry solutions compatible with systems like Sirona CEREC, Imes-icore, and Amann Girrbach to support efficient in-house or outsourced production.

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DentiMax Flow Expands Digital Dentistry Platform with Payroll, Voice, and Clinical Automation Partnerships

Published: 2026-08-07 | Source: : Dentistry Today

Key Takeaways

DentiMax has integrated three new partners—Gusto, Mango Voice, and Marea—into its web-based practice management platform, DentiMax Flow, streamlining payroll, patient communications, and clinical documentation for dental laboratories and clinics.
Gusto provides automated payroll, benefits administration, and HR compliance tools directly within the DentiMax ecosystem, reducing administrative burden for dental practice owners and managers.
Mango Voice delivers a cloud-based VoIP phone system that syncs patient data with DentiMax Flow, enabling features like screen-pop caller ID and click-to-dial to improve front-desk efficiency in dental offices.
Marea offers AI-powered clinical documentation automation that converts doctor-patient conversations into structured SOAP notes, saving dental practitioners time on charting while maintaining accurate restorative and treatment records.
These platform expansions reflect a broader trend in digital dentistry toward fully integrated, cloud-based workflows that connect practice management with ancillary services without disrupting existing CAD/CAM or milling equipment setups.

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The Hidden Cost of Dental Education: What Aspiring Clinicians and Dental Laboratory Owners Should Know

Published: 2026-08-06 | Source: : Dentistry Today

Q1: Beyond GPA and DAT scores, what is a major hidden barrier preventing qualified students from entering dental school?

A: According to Branden Franzen’s analysis in the Shofu Article Program, the exorbitant and non-refundable costs associated with the application process itself—including secondary fees, travel for interviews, and deposits—create a significant socioeconomic filter that blocks many talented candidates before they ever set foot in a dental simulation lab.

Q2: How does the financial burden of dental school applications impact the future of the dental industry, including fields like restorative dentistry and CAD/CAM technology?

A: The high price of acceptance letters often excludes students from lower-income backgrounds, potentially reducing diversity in the profession and limiting the pipeline of future dentists who will ultimately prescribe treatments and work alongside dental laboratories utilizing advanced milling and zirconia restoration techniques.

Q3: What specific stages of the application process create the most significant financial strain for pre-dental students?

A: The process typically involves paying for the initial application, dropping hundreds to thousands of dollars on secondary applications sent to multiple schools, and finally placing a non-refundable deposit to hold a seat—often before hearing back from a top-choice program—which forces students to risk losing substantial money just to secure their future in dentistry.

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From Dental School to Real-World Restorations: A Student’s Final Transition into Digital Dentistry

Published: 2026-08-06 | Source: : Dentistry Today

Key Takeaways

The transition from dental student to practitioner involves a profound psychological shift, marked by “last-time” clinical experiences like the final Give Kids a Smile event, which solidify professional identity before entering real-world restorative dentistry.
Dental schools increasingly emphasize the importance of community outreach programs in bridging the gap between preclinical simulation and the nuanced, patient-centered care required in modern dental laboratories and clinics.
As new dentists enter the field, their hands-on training with materials ranging from glass ceramic to zirconia must be complemented by a deep understanding of digital workflows, including CAD/CAM and CNC dental milling, to produce precise restorations.
The emotional milestones of dental education, such as performing a final prophylaxis or composite restoration as a student, highlight the human side of a profession that is rapidly evolving with digital dentistry technologies.

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Photogrammetry in Digital Dentistry: Correcting Implant Bridge Screw-Access Angulation

Published: 2026-08-06 | Source: : Dentistry Today

Q1: How can photogrammetry assist in correcting screw-access angulation for a maxillary anterior implant bridge in a digital dentistry workflow?

A: Photogrammetry provides highly accurate 3D spatial data of implant positions, enabling clinicians to digitally plan and adjust the screw-access channel angulation before milling the final restoration. This reduces chairside adjustments and improves the fit of implant-supported bridges fabricated with CAD/CAM systems.

Q2: What role do digital tools like CBCT and intraoral scanners play alongside photogrammetry in restorative implant cases?

A: CBCT and intraoral scanners capture hard tissue and surface topography respectively, creating a comprehensive digital model when merged with photogrammetric data. This integrated workflow enhances precision in designing restorations made from materials such as zirconia or glass ceramic, ensuring optimal screw-access alignment and minimizing manual corrections during delivery.

Q3: Why is precise screw-access angulation critical for the longevity of implant restorations milled with CAD/CAM systems?

A: Incorrect angulation can lead to screw loosening, fracture of the restorative material, or compromised aesthetics. Achieving proper angulation through digital planning supports the structural integrity of restorations milled from high-strength ceramics, reducing the risk of mechanical failure and the need for costly remakes in the dental laboratory.

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NADL Opens 2027 Member Awards Nominations: What Dental Laboratories Need to Know

Published: 2026-08-06 | Source: : Blog

Q1: What are the NADL Annual Awards, and who can be nominated?

A: The National Association of Dental Laboratories (NADL) Annual Awards program recognizes individuals and companies that have made significant contributions to the association and the dental laboratory profession. Nominations are now open for the 2027 awards, and being recognized by peers is considered one of the greatest honors in the field.

Q2: Why should a dental laboratory or technician consider submitting a nomination?

A: The NADL Awards program takes great pride in the talents of its members and provides a prestigious platform to celebrate accomplishments. For any dental lab professional — whether specializing in milling, zirconia restorations, or digital dentistry — a peer-recognized award can elevate credibility and highlight a commitment to excellence within the dental laboratory community.

Q3: How can a dental laboratory professional submit a nomination for the 2027 awards?

A: While the specific submission process isn’t detailed in this announcement, interested members should visit the official NADL website or contact the association directly for nomination forms and eligibility criteria, as nominations are currently open.

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Dental Malpractice Report Highlights Risk Management for Restorative and Digital Dentistry

Published: 2026-08-05 | Source: : Dentistry Today

Key Takeaways

The Doctors Company has released a new monthly specialty-focused analysis titled “Dentistry Claims: August Malpractice Risk Review” to support patient safety and clinical risk management, with each month in 2026 covering a different medical specialty.
This report provides dental laboratories and clinicians with actionable data on malpractice claims, helping professionals who use CAD/CAM systems and milling burs to understand liability patterns and improve procedural safety.
By identifying recurring risk trends in dental practice, the analysis aims to reduce errors that could lead to claims — an essential consideration for any dental laboratory integrating digital dentistry workflows.
The Doctors Company is the nation’s largest physician-owned medical malpractice insurer, lending significant authority to the findings and recommendations presented in this monthly series.

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Presto Dental Slashes Orthodontic Costs, Easing Access to Restorative and Orthodontic Care in Connecticut

Published: 2026-08-05 | Source: : Dentistry Today

Key Takeaways

Presto Dental, in partnership with All About Kids, has implemented new, reduced pricing for braces across Connecticut, directly addressing the financial barrier that prevents many families from seeking essential orthodontic treatment.
The initiative reflects a commitment to making orthodontic care accessible for children, teens, and adults, acknowledging that treatment decisions are often driven by affordability rather than solely by oral health needs.
While these practices were already positioned as some of the most affordable options in the state, this further price reduction reinforces a care model that prioritizes patient access over maximizing procedure costs.
For dental laboratories and clinics monitoring industry trends, this move highlights a growing market segment where cost-efficiency in restorative and orthodontic solutions is becoming a critical competitive factor.

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Smile Source Expands Digital Dentistry Support with Profitable PPOs Acquisition

Published: 2026-08-05 | Source: : Dentistry Today

Key Takeaways

Smile Source has acquired Profitable PPOs, a nationally recognized leader in PPO strategy and insurance solutions, marking its second strategic acquisition in 14 months to strengthen support for independent dental practices.
This acquisition directly benefits independent dentists by helping them navigate PPO insurance complexities while maintaining complete ownership and clinical autonomy over their dental laboratory and restorative workflows.
The move reinforces Smile Source’s commitment to the future of independent dentistry, ensuring practitioners can focus on clinical excellence—including CAD/CAM and milling procedures—without compromising financial stability.
By integrating Profitable PPOs’ insurance expertise, Smile Source provides a comprehensive support ecosystem that complements the operational needs of modern practices utilizing digital dentistry technologies.

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Multidisciplinary Restorative Approach to Dental Trauma: Key Insights for the CAD/CAM Laboratory

Published: 2026-08-05 | Source: : Dentistry Today

Key Takeaways

A 13-year-old patient with an oblique fracture of tooth No. 8 extending to the alveolar crest required a coordinated interdisciplinary treatment plan, highlighting the importance of precise diagnostic imaging like CBCT before any restorative or milling procedure.
The case emphasizes that successful aesthetic zone rehabilitation often depends on pre-restorative orthodontic extrusion, which creates a sound ferrule effect and healthy biological width—critical factors for dental laboratories to consider when designing final glass ceramic or zirconia restorations.
For CAD/CAM dental laboratories, this report serves as a reminder that the long-term success of anterior monolithic restorations is directly tied to the clinician's soft and hard tissue management, not just the precision of the milling burs or the material selection.
When fabricating a restoration for a previously traumatized tooth, technicians should anticipate potential contour changes in the gingival architecture, ensuring the final PMMA or ceramic crown supports proper emergence profile and papilla fill in the aesthetic zone.

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Shofu EyeSpecial C-V: A Smart Dental Camera Built for Dental Laboratory and Clinical Documentation

Published: 2026-08-04 | Source: : Dentistry Today

Q1: What makes the Shofu EyeSpecial C-V different from a standard camera for dental photography?

A: The EyeSpecial C-V has built-in photographic expertise specifically designed for dental practices and laboratories, allowing it to automatically produce professional photo documentation without requiring advanced photography skills from the user.

Q2: How can the EyeSpecial C-V benefit a dental laboratory’s workflow and communication?

A: By enabling consistent, high-quality photo documentation directly in the lab, the camera streamlines case communication with clinicians, enhances shade matching records, and supports quality control documentation for restorations made with CAD/CAM milling and materials like glass ceramic or zirconia.

Q3: Who presented the EyeSpecial C-V and where can dental professionals learn more about it?

A: Dr. George Freedman presented the EyeSpecial C-V on the First Impressions Podcast (Episode 6), providing a detailed breakdown of the camera’s features; the full episode is available through Dentistry Today.

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Digital Dental Workflows in the Spotlight: Insights from Dental Lab Specialist Jeffrey Tolksdorf on Milling and Restorative Technology

Published: 2026-08-04 | Source: : "dental laboratory technology digital" - Google News

Key Takeaways

Jeffrey Tolksdorf, a dental lab specialist from Clinton Township, MI, recently appeared on HelloNation to discuss the transformative impact of digital dental workflows on modern restorative dentistry.
The segment highlights how advanced CAD/CAM milling technology and precise dental burs are critical for producing high-quality restorations, from glass ceramic to zirconia, with greater efficiency and accuracy.
Tolksdorf’s feature emphasizes the importance of integrating seamless digital processes in the dental laboratory to meet the growing demand for same-day dentistry and custom prosthetic solutions.
This media coverage reflects a broader industry trend where lab technicians are becoming key opinion leaders, advocating for the adoption of digital tools to enhance clinical outcomes.

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Two Overlooked Growth Levers for Dental Laboratories: Existing Clients and Local Community Outreach

Published: 2026-08-04 | Source: : Dentistry.co.uk

Q1: According to David Nelkin, what are the two most overlooked growth levers that dental practices and laboratories often ignore?

A: David Nelkin identifies existing patients and the local community as the two most reliable and cost-effective growth levers. He argues that most practices waste their marketing budget chasing strangers online while neglecting the revenue potential already sitting in their database and on their doorstep.

Q2: How can a dental laboratory or clinic practically activate its existing patient base for growth, instead of relying solely on Google and Meta ads?

A: The core strategy involves shifting marketing focus from expensive digital acquisition to nurturing internal relationships. This means implementing systematic reactivation campaigns, referral programs, and treatment plan follow-ups to unlock hidden revenue from patients who already trust the practice, rather than exclusively pouring budgets into chasing new strangers.

Q3: When and where is David Nelkin discussing these community-based growth strategies for dental professionals?

A: David Nelkin will present these insights in a session on 11 August at 7pm. The event is covered by Dentistry.co.uk, where he will detail how practices can leverage the two cheapest, most reliable sources of growth they already possess.

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Dandy’s Polychromatic Shade Revolutionizes Monolithic Zirconia Restorations in Digital Dentistry

Published: 2026-08-04 | Source: : Dentistry Today

Key Takeaways

Dandy’s new patented Polychromatic Shade technology produces monolithic zirconia crowns and bridges that replicate the natural aesthetics of hand-painted porcelain, eliminating the need for costly manual layering while maintaining full-contour zirconia durability.
The innovation specifically targets the affordability gap in digital dentistry restorations, delivering lifelike polychromatic finishes at a fraction of the cost of traditional porcelain restorations.
This process enhances monolithic zirconia — a material already widely used in CAD/CAM milling workflows — by integrating aesthetic shading directly into the fabrication process, reducing post-milling characterization steps and streamlining laboratory production.
For dental laboratories and clinics investing in subtractive manufacturing, advancements like Polychromatic Shade increase the clinical value of zirconia milling burs and CAD/CAM systems by expanding the aesthetic range of milled restorations without additional hardware.

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USOSM Leadership Shift: What Dental Laboratories and Restorative Partners Should Know

Published: 2026-08-03 | Source: : Dentistry Today

Key Takeaways

U.S. Oral Surgery Management (USOSM), a management services organization exclusively supporting premier oral and maxillofacial surgeons, has appointed Jennifer Ellis as its new chief financial officer (CFO).
In her role, Ellis will direct the company’s financial strategy and lead the finance organization, joining the executive management team to drive operational and strategic growth.
For dental laboratories and restorative partners, executive changes at large surgical networks can signal evolving purchasing protocols or partnership opportunities — staying informed helps labs align their digital dentistry and milling workflows with key referral sources.
While this news does not directly involve dental burs or CAD/CAM technology, shifts in surgical practice management may impact downstream demand for implant-supported restorations, where precision milling burs and zirconia processing are critical.

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Solventum’s Filtek Composite Warmer Wins 2026 Red Dot Award, Highlighting Design Excellence in Restorative Dentistry

Published: 2026-08-03 | Source: : Dentistry Today

Q1: What major design award did Solventum’s Filtek Composite Warmer recently receive, and why is it significant for restorative workflows?

A: Solventum’s Filtek Composite Warmer earned the prestigious 2026 Red Dot Award for Product Design. This recognition is significant because it validates the device’s human-centered design that simplifies composite warming, allowing clinicians to seamlessly integrate the benefits of heated composite into their everyday restorative procedures.

Q2: How does the Filtek Composite Warmer improve efficiency for dentists and dental laboratories during restorative treatments?

A: The Filtek Composite Warmer is a compact device designed to fit naturally into clinical workflows, providing all the advantages of composite warming without disrupting the procedure. By warming composite to an ideal consistency, it enhances handling and adaptation, which can lead to more efficient and predictable restorative outcomes.

Q3: What specific design philosophy earned the Filtek Composite Warmer the Red Dot Award?

A: The award specifically celebrated the product’s human-centered design approach. The device focuses on simplifying a critical step in direct restorative dentistry, ensuring that the technology serves the clinician’s needs rather than complicating the treatment process.

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Free August CE Webinars: A Digital Dentistry Learning Opportunity for Dental Laboratory Professionals

Published: 2026-08-03 | Source: : Dentistry Today

Key Takeaways

Dentistry Today is running a special August sweepstakes where registering for all three free CE webinars automatically enters participants to win a $100 Amazon gift card.
The webinars provide continuing education credits at no cost, making this a valuable opportunity for dental technicians and labs looking to expand their knowledge in digital dentistry workflows without financial investment.
While the specific webinar topics are not detailed in this announcement, Dentistry Today’s CE programming frequently covers areas relevant to restorative dentistry—potentially including CAD/CAM, milling, and material selection like glass ceramic or zirconia.
This type of industry event is ideal for dental laboratory teams seeking to stay current with clinical and technical trends that directly impact their daily production work.

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BrandMax Tri-Clean Ultrasonic Cleaners: A Repeat Award Winner Elevating Dental Laboratory Hygiene

Published: 2026-08-03 | Source: : Dentistry Today

Key Takeaways

BrandMax Tri-Clean Ultrasonic Cleaners have been recognized as a repeat award winner, securing a spot on Dentistry Today’s Top 100 Products of 2026 list, highlighting their sustained excellence in dental instrument cleaning.
The product has accumulated multiple awards over the years, demonstrating consistent performance and trust within the dental community for maintaining hygiene standards in practices and dental laboratories.
As noted by Senior Managing Editor Stan Goff, this latest honor adds to the product’s growing list of achievements, reinforcing its role as a leading solution for dental professionals seeking reliable cleaning equipment.
For dental labs and clinics integrating restorative workflows—from CAD/CAM milling of glass ceramic and zirconia to final sintering—meticulous cleaning of instruments and components is critical, making advanced ultrasonic cleaners an essential part of the digital dentistry ecosystem.

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AI Integration in Restorative Dentistry: What Dental Laboratories Need to Know About the Future of Digital Workflows

Published: 2026-07-30 | Source: : Articles – Dental Tribune

Key Takeaways

Researchers at Ajman University published a narrative review outlining how AI integration in dental education will directly impact future dental laboratory workflows, requiring technicians to adapt to AI-assisted CAD/CAM design and treatment planning tools.
The review emphasizes that institutional readiness — including faculty development and ethical governance — is essential for successful AI adoption, signaling that dental labs should begin training staff now on AI-enhanced digital dentistry platforms to remain competitive.
AI-driven diagnostic and restorative planning tools will increasingly influence how dental burs, milling strategies, and material selections are optimized for glass ceramic, zirconia, and PMMA restorations, demanding closer collaboration between clinicians and dental laboratories.
The study recommends that dental education programs prepare graduates for AI-augmented clinical practice, meaning the next generation of dentists will expect dental labs to support fully integrated digital dentistry workflows from intraoral scan to final sintering and finishing.

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Pterygoid Implants in Restorative Dentistry: A Fixed Solution Without Milling or Zirconia Grafting

Published: 2026-07-30 | Source: : Dentistry.co.uk

Q1: What exactly are pterygoid implants, and which clinical scenario are they designed to address?

A: Pterygoid implants are a fixed implant treatment specifically indicated for the atrophic posterior maxilla. They provide a highly stable, fixed alternative for treating a severely resorbed maxillary jaw without the need for complicated bone grafting procedures, by anchoring directly into the dense, non-resorbing pterygoid bone.

Q2: What are the key anatomical considerations and placement technique for pterygoid implants?

A: The technique requires precise anatomical understanding because the implant is anchored into the pterygoid process, a dense bone region distal to the maxillary tuberosity. Dr. Pretam Gharat details that careful preoperative planning and surgical execution are essential to navigate the complex anatomy and ensure correct implant positioning while avoiding vital structures.

Q3: What potential complications should a dental laboratory or clinician anticipate with pterygoid implants?

A: Dr. Pretam Gharat highlights that potential complications can include surgical misplacement, bleeding, or nerve injury if the anatomical boundaries are not strictly respected. Proper case selection, imaging, and operator experience are critical to minimizing these risks and achieving long-term prosthetic success.

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Large Trial Supports Silver Diamine Fluoride for Arresting Childhood Decay — What It Means for Restorative Dentistry

Published: 2026-07-30 | Source: : Dentistry.co.uk

Q1: What did the large-scale Phase III trial reveal about silver diamine fluoride’s effectiveness in arresting childhood caries?

A: The trial, published in JAMA Pediatrics with 830 children under age six who had severe early childhood caries, found that 38% silver diamine fluoride applied every six months successfully arrested decay in more than half of affected primary teeth, providing strong evidence for its use as a non-restorative caries management option.

Q2: How does the growing adoption of silver diamine fluoride impact the workflow in a dental laboratory or clinic that uses CAD/CAM restorative materials like zirconia and glass ceramic?

A: While silver diamine fluoride offers a minimally invasive way to stabilize caries without immediate drilling or milling, it does not eliminate the eventual need for esthetic or functional restorations; arrested lesions often still require CAD/CAM-fabricated crowns, inlays, or onlays using materials such as zirconia, glass ceramic, or PMMA, especially when structural integrity or appearance must be restored after the caries is controlled.

Q3: For a dental professional considering silver diamine fluoride in pediatric cases, what is the key clinical takeaway from this US-based study?

A: The study confirms that 38% silver diamine fluoride is a practical, effective intervention that can arrest caries in over 50% of decayed primary teeth with biannual application, making it a valuable tool in early childhood caries management, particularly in situations where traditional restorative treatment is challenging or must be delayed.

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Henry Schein Leadership Restructuring: What Dental Laboratories and Equipment Dealers Should Know

Published: 2026-07-30 | Source: : Dentistry Today

Key Takeaways

Henry Schein will replace its Executive Management Committee with a new body called the Henry Schein Leadership Team (HSLT), signaling a structural shift that could affect how dental laboratories and clinics interact with the distribution giant.
The company will integrate its global supply chain organization, a move that may streamline procurement for dental CAD/CAM consumables like milling burs and restorative materials.
Three unnamed executives will transition to Senior Advisor roles effective October 31, 2026, ensuring continuity during the leadership transition without immediate disruption to dental equipment supply channels.
For dental dealers and laboratories relying on Henry Schein for CNC dental equipment and chairside milling supplies, this restructuring suggests a strategic focus on operational efficiency that could influence product availability and pricing structures.

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Smart Restorative Solutions: How Kuraray Noritake Dental Is Simplifying Digital Dentistry Workflows

Published: 2026-07-31 | Source: : Articles – Dental Tribune

Key Takeaways

Kuraray Noritake Dental has launched a new suite of restorative materials specifically engineered to reduce complexity and stress for practitioners navigating high aesthetic demands and tight schedules in modern digital dentistry.
The product portfolio emphasizes minimally invasive treatment protocols, aligning with the growing clinical trend toward preserving natural tooth structure while achieving durable, lifelike results with materials compatible with CAD/CAM milling workflows.
Designed to streamline decision-making, these materials address the challenge of "option paralysis" by offering simplified yet versatile solutions that integrate seamlessly into digital dentistry and restorative procedures, reducing the learning curve for dental laboratories and clinics.
The announcement highlights a direct industry response to operational pressures facing dental professionals, including financial constraints and elevated patient expectations, by focusing on material science innovations that enhance both efficiency and treatment predictability.

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UK Reviews ‘Nurse’ Title Protection: What It Means for Dental Laboratories and Clinical Teams

Published: 2026-07-31 | Source: : Dentistry.co.uk

Q1: Why is the UK government reviewing the legal protection of the title ‘nurse’ and how does this affect dental nurses?

A: The government has launched a call for evidence on protecting the title ‘nurse’ in law to prevent misuse. However, it explicitly recognises that established roles such as ‘dental nurse’ are already protected under the Dentists Act 1984 and regulated by the General Dental Council (GDC), meaning existing professional frameworks are likely to be exempted from any new restrictions.

Q2: What is the current legal status of the title ‘dental nurse’ in the UK, and what role does the GDC play?

A: ‘Dental nurse’ is a legally protected title under the Dentists Act 1984. Only individuals registered with the General Dental Council (GDC) can lawfully use this title, ensuring that dental nurses meet required standards of training, conduct, and continuing professional development.

Q3: How could this review impact dental laboratories and the broader clinical dental team in terms of regulatory compliance?

A: The review aims to clarify title protections without undermining existing registered roles. For dental laboratories and practices, this reinforces the importance of verifying GDC registration for all dental nurses on the clinical team, while the exemption consideration signals that current job titles and scopes of practice within dentistry will be preserved, reducing administrative disruption.

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Dentistry Top 50 2026: Honouring Leaders Shaping the UK Dental Laboratory and Clinical Landscape

Published: 2026-07-31 | Source: : Dentistry.co.uk

Key Takeaways

The Dentistry Top 50 2026 list has been revealed, recognizing individuals whose work, leadership, and ideas are shaping the future of UK dentistry.
This year’s list features 19 first-time entrants, highlighting fresh influence and evolving leadership across the dental profession.
The ranking includes a broad mix of returning figures and new names, reflecting sustained impact and emerging innovation in areas such as clinical practice, dental laboratory workflows, and digital dentistry.
While the full list spans multiple domains, its publication serves as a key industry benchmark for professionals tracking leadership trends, including those advancing CAD/CAM and restorative technologies.

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Social Media’s Impact on Adolescent Dental Self-Confidence: What Dental Labs and Clinics Should Know

Published: 2026-07-31 | Source: : Articles – Dental Tribune

Key Takeaways

Researchers from Auckland University of Technology and the University of Otago have found that social media significantly shapes adolescent perceptions of a healthy and attractive smile, directly affecting their dental self-confidence and psychosocial well-being.
The study highlights that idealized smile imagery on social platforms can drive unrealistic aesthetic expectations among young patients, potentially increasing demand for elective restorative procedures in dental clinics.
The authors recommend that oral health marketing move away from overly idealized smile depictions and call for stronger online safeguards to protect adolescent mental health.
For dental laboratories and clinics working with aesthetic restorative materials like glass ceramic or zirconia, this signals a need for balanced patient communication that manages expectations shaped by social media trends.

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What Dentistry’s Mental Health Crisis Means for the Dental Laboratory and Restorative Workflow

Published: 2026-07-31 | Source: : Dentistry Today

Q1: How does a dentist’s mental health and sense of self-worth affect the quality of restorations and digital dentistry outcomes?

A: As Dr. Maggie Augustyn’s personal account reveals, the immense pressure on dentists to question every clinical decision can lead to burnout and emotional exhaustion. For the dental laboratory receiving digital impressions or prescriptions, this means that cases from practitioners under severe stress may be more prone to communication gaps or inconsistent planning, directly impacting the precision of CAD/CAM milling and final restorative success.

Q2: Why is the concept of “worthiness” relevant to the daily work of a dental lab technician using CNC dental burs?

A: Dr. Augustyn emphasizes that a dentist’s intrinsic value is not defined by clinical perfection, a lesson that resonates deeply in the dental laboratory environment. When technicians understand that their skill with zirconia or glass ceramic milling burs is a craft separate from their personal identity, it fosters a healthier, more sustainable workflow, reducing the fear of failure that can lead to remakes and material waste.

Q3: What practical change can dental professionals make to protect well-being while maintaining high standards in restorative dentistry?

A: The article advocates for separating one’s identity from professional outcomes, a mindset shift that can be applied chairside and at the bench. By acknowledging that a failed PMMA provisional or a challenging sintering cycle does not diminish one’s professional worth, dentists and technicians can collaborate with greater clarity, ensuring that the focus remains on continuous improvement rather than perfectionism in every CAD/CAM restoration.

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Free CE Webinar on Digital Dentistry Workflow for Amelogenesis Imperfecta: Register Now

Published: 2026-07-31 | Source: : Dentistry Today

Q1: What is the focus of the upcoming free CE webinar on August 24, and who is the presenter?

A: The webinar, presented by Dr. Susan McMahon, focuses on the comprehensive digital rehabilitation of a 13-year-old patient with amelogenesis imperfecta (AI), addressing restorative, functional, and psychosocial challenges using a fully digital workflow. It offers 1 CE credit and takes place at 8 PM EST.

Q2: How can this webinar benefit a dental laboratory technician working with CAD/CAM restorations?

A: By demonstrating a fully digital workflow for complex cases like AI, the webinar provides insights into treatment planning and execution that integrate seamlessly with CAD/CAM milling processes. Technicians familiar with materials such as glass ceramic or zirconia can learn how digital design translates into functional and esthetic restorations for challenging adolescent cases.

Q3: What clinical challenges associated with amelogenesis imperfecta will be covered?

A: The session will cover the significant restorative, functional, and psychosocial difficulties that AI presents, specifically in an adolescent patient. The case study will illustrate how a digital approach can effectively restore function, improve esthetics, and boost patient confidence.

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Early Orthodontic Screening CE Webinar: Integrating Preventive Pediatric Workflows with CAD/CAM Restorative Planning

Published: 2026-07-31 | Source: : Dentistry Today

Q1: Who is presenting this free CE webinar on preventive pediatric orthodontics, and what specific clinical areas will be covered?

A: Dr. Christina Carter is the presenter, and the 1-credit CE webinar will cover early identification protocols including growth and development evaluation, oral habits, airway health, sleep quality, and caries risk assessment — all foundational to orthodontic success before braces or aligners are considered.

Q2: When is the webinar scheduled, and how can dental professionals register?

A: The free CE webinar takes place on August 20 at 8:00 PM EST. Dental professionals can register through the Dentistry Today platform to earn 1 CE credit while learning how early pediatric screening workflows connect to long-term orthodontic outcomes.

Q3: Why is early pediatric evaluation relevant to dental laboratories and restorative dentistry?

A: Early identification of caries risk, airway issues, and developmental concerns directly influences restorative treatment planning. When clinicians and dental laboratories collaborate using digital workflows — including CAD/CAM-milled glass ceramic or zirconia restorations — preventive pediatric insights help ensure restorations support proper occlusion, airway function, and long-term orthodontic stability.

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Counterfeit Dental Products Threaten Restorative Workflows — Ivoclar Launches Anti-Gray Market Initiative

Published: 2026-07-31 | Source: : Dentistry Today

Key Takeaways

Ivoclar is actively combating the rise of counterfeit and gray market dental products, a problem now extending beyond fashion into the medical and dental laboratory fields, where such products bypass legal quality and safety standards.
The use of unauthorized materials poses serious risks in restorative dentistry — including compromised patient safety and unreliable clinical outcomes — because these products are often manufactured without regulatory oversight.
Dental laboratories and clinics should verify their supply chains and source materials exclusively through authorized channels to ensure the integrity of CAD/CAM milling and final prosthetic restorations.
This initiative highlights the broader industry need for vigilance not just with consumables, but also with precision tools like milling burs and CNC dental components, where substandard alternatives can damage expensive equipment and degrade restoration quality.

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Dentalcorp’s C$3.3B Deal Signals New Growth Era for Dental Laboratories and Restorative Networks

Published: 2026-07-30 | Source: : Dentistry Today

Key Takeaways

Dentalcorp’s January 2026 take-private transaction was awarded Private Equity Deal of the Year (Large Cap) by the Global M&A Network, underscoring investor confidence in the dental support organization model at a C$3.3 billion valuation.
The deal was structured to prioritize dentist participation, allowing practitioners to retain equity and align their clinical autonomy with Dentalcorp’s accelerated expansion across North America.
For dental laboratories and CAD/CAM milling centers, this consolidation signals a growing, well-capitalized customer base that will increasingly demand high-volume restorative solutions, from glass ceramic and zirconia restorations to PMMA temporaries.
As large DSO networks scale, the need for standardized, efficient digital dentistry workflows — including reliable CNC dental milling burs compatible with Sirona CEREC, Imes-icore, Amann Girrbach, Roland DWX, VHF, and Datron systems — becomes critical to maintaining turnaround times and restorative quality.

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Confidence-Driven Clinical Education at Dentsply Sirona World 2026: What Dental Laboratories and Restorative Teams Need to Know

Published: 2026-07-30 | Source: : Dentistry Today

Key Takeaways

Dentsply Sirona World Las Vegas 2026 will feature a main stage program built around the theme of clinical confidence, aiming to equip dental professionals with practical, evidence-based strategies for more predictable restorative outcomes.
The event is designed to help dental teams enhance the patient experience and streamline clinical workflows — directly relevant for laboratories investing in digital dentistry and CAD/CAM milling efficiency.
Attendees will gain insights into building greater clinical confidence, which ties into the daily decision-making of dental technicians selecting the right materials and tools — such as glass ceramic or zirconia burs — for precise, reliable restorations.
The program underscores the link between continuing education and operational excellence, a key consideration for dental laboratories seeking to optimize their milling and restorative processes with compatible CNC dental burs.

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ATLAST Fiber Post Intro Kit: A New Color-Coded System for Endodontic Restorative Efficiency

Published: 2026-07-30 | Source: : Dentistry Today

Q1: What is the ATLAST Fiber Post Intro Kit and who designed it for dental restorative procedures?

A: The ATLAST Fiber Post Intro Kit is a color-coded post system designed by Alan Atlas, DMD, specifically for post-endodontic core buildup procedures. It is available through Endo Direct and includes 20 endodontic posts, 4 reamers, and 1 pilot reamer to streamline the restorative workflow.

Q2: How does the ATLAST system improve clinical efficiency during post selection in a dental laboratory or clinic?

A: The ATLAST Fiber Posts are engineered with root-length-based measurements, enabling consistent and accurate post selection. This design approach reduces chair time and enhances efficiency during endodontic restorative treatments, benefiting both clinicians and dental laboratories involved in post and core procedures.

Q3: What components are included in the ATLAST Fiber Post Intro Kit?

A: The intro kit contains 20 endodontic posts, 4 reamers, and 1 pilot reamer, all organized in a color-coded system for intuitive identification and use. This configuration supports a predictable, efficient workflow for post-endodontic core buildup.

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ZenSeal Bioceramic Sealer Simplifies Endodontic Workflow: What Dental Labs Should Know

Published: 2026-07-30 | Source: : Dentistry Today

Q1: What makes ZenSeal different from traditional endodontic sealers in terms of delivery and waste reduction?

A: ZenSeal features a convenient single-syringe delivery system with a specialized applicator tip that results in over 60% less product waste compared to conventional methods, allowing clinicians to place the calcium silicate-based bioceramic sealer precisely where needed.

Q2: How does ZenSeal’s flowability benefit clinicians during complex root canal procedures?

A: The sealer’s optimal flowability enables it to adhere tightly to both dentin and gutta-percha, ensuring reliable adaptation in simple and complex root canal anatomies, which increases clinician confidence during obturation.

Q3: Why is a calcium silicate-based bioceramic sealer clinically significant for restorative-driven endodontics?

A: Calcium silicate bioceramics offer excellent biocompatibility, bioactivity, and sealing ability, supporting long-term periapical healing and forming a stable interface with dentin — critical factors when endodontic treatment precedes restorative work involving CAD/CAM milling of glass ceramic or zirconia crowns.

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How CAD/CAM Milling Burs and Dental Laboratory Tools Evolve from Unlikely Origins

Published: 2026-07-29 | Source: : Articles – Dental Tribune

Key Takeaways

Dental innovation often borrows from unrelated industries; for example, the high-speed rotary bur used in modern CAD/CAM milling systems was originally adapted from industrial turbine technology, not invented within a dental laboratory.
Many restorative materials and CNC dental tools we rely on today — including glass ceramic and zirconia milling burs — trace their roots to interdisciplinary fields like aerospace engineering and optical glass manufacturing.
The concept of the “dedicated dental world” is a fiction; breakthroughs in digital dentistry frequently emerge when technicians and engineers cross traditional boundaries between medicine, manufacturing, and materials science.
For dental labs and clinics investing in CAD/CAM systems, understanding the cross-industry origin of their tools can inspire smarter adoption of milling burs and restorative workflows that were never originally designed for teeth.

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The Silent Epidemic: How Dry Mouth and GLP-1 Medications Impact Restorative Dentistry and Milling Workflows

Published: 2026-07-29 | Source: : Dentistry Today

Key Takeaways

With 72.4% of U.S. adults classified as overweight or obese, the rising use of GLP-1 medications is directly linked to increased xerostomia (dry mouth), a condition that dental laboratories and clinics must consider when planning restorative cases with materials like glass ceramic and zirconia.
Dry mouth significantly reduces the oral environment’s protective buffering capacity, accelerating enamel erosion and increasing the risk of margin leakage around CAD/CAM restorations; this elevates the need for precise milling and high-quality finishing with specialized dental burs to ensure optimal fit.
Patients on GLP-1 agonists often report altered saliva flow, which compromises the bonding strength of adhesive cements used in digital dentistry workflows; dental technicians should advise clinicians to pay extra attention to moisture control during delivery of milled restorations.
The article emphasizes that the interplay between systemic medications and oral health creates a growing demand for durable, well-polished restorations, highlighting the importance of using optimized CNC dental milling burs for PMMA temporaries and final sintered ceramics to reduce plaque accumulation in compromised oral environments.

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Envista Investor Day Signals Strategic Shifts in Digital Dentistry and Dental Laboratory Markets

Published: 2026-07-29 | Source: : Dentistry Today

Key Takeaways

Envista Holdings will host its Investor Day on September 17 from 9:00 a.m. to noon EDT, featuring a management presentation and live Q&A session — a critical event for dental laboratories tracking CAD/CAM and restorative workflow trends.
The webcast format ensures global accessibility for dental professionals and equipment distributors monitoring shifts in digital dentistry investments and product roadmaps.
As a major player in the dental industry, Envista’s strategic updates may impact demand for compatible milling burs, zirconia blocks, and glass ceramic materials used in CNC dental systems.
Dental labs using Sirona CEREC, Imes-icore, or Amann Girrbach milling units should watch for potential alignment between Envista’s portfolio direction and consumable tooling requirements.

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Dental Laboratory Partnership Model Gains Ground as Specialty1 Partners Adds Cleveland Periodontal Practice

Published: 2026-07-29 | Source: : Dentistry Today

Key Takeaways

Specialty1 Partners, a doctor-founded and doctor-led dental partnership organization, continues its strategic expansion by forming a joint venture with Periodontal Associates, Inc., a leading periodontal and dental implant practice in the greater Cleveland area.
This partnership signals ongoing consolidation in specialty dentistry, which may influence how dental laboratories and restorative teams collaborate with periodontal and implant-focused practices on prosthetic workflows.
For dental laboratories supplying implant restorations, such partnerships often lead to more standardized digital dentistry protocols and potentially higher volumes of CAD/CAM-milled custom abutments and zirconia crowns.
The deal underscores the growing trend of specialty practices joining larger networks to gain operational support, a model that could affect purchasing decisions for dental consumables including milling burs and CAD/CAM components.

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exocad’s Digital Dentistry Campaign Wins Top Honors at the 2026 Dental Marketing Award

Published: 2026-07-28 | Source: : Articles – Dental Tribune

Key Takeaways

exocad, an Align Technology company known for its dental CAD/CAM software, secured gold, silver, and bronze distinctions across all three evaluated categories at the 2026 Dental Marketing Award, underscoring the growing influence of digital dentistry storytelling in the global market.
The award-winning “Heroes of Digital Dentistry” campaign highlights how dental laboratories and clinics can leverage powerful brand narratives to differentiate their digital dentistry services in a competitive landscape.
For dental professionals investing in CAD/CAM milling workflows, this recognition signals exocad’s continued commitment to advancing the ecosystem — from software innovation to industry engagement that supports the adoption of restorative materials like glass ceramic and zirconia.
The Dental Marketing Award specifically recognizes outstanding marketing and communication achievements, making this triple win a benchmark for how dental technology brands can effectively connect with laboratories and clinicians worldwide.

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Heartland Dental’s New Podcast Signals a Shift in Digital Dentistry Leadership Conversations

Published: 2026-07-28 | Source: : Dentistry Today

Key Takeaways

Heartland Dental, the nation’s leading dental support organization, has launched *Masters and Mentors: The Podcast* to facilitate real conversations about the future of dentistry, directly impacting how dental laboratories and clinics approach leadership and growth.
The new podcast series is part of a broader enhanced digital experience aimed at providing a stronger platform for industry insights, career exploration, and affiliation discovery for dental professionals.
For dental laboratories investing in CAD/CAM and milling workflows, this content shift highlights the growing importance of mentorship and business education alongside technical skills in restorative dentistry.
The initiative underscores a trend where major DSOs are creating thought leadership content that can influence purchasing decisions for equipment like CNC dental milling machines and consumables such as glass ceramic or zirconia burs.

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Spear Education’s New Board Appointment and Its Impact on Digital Dentistry and CAD/CAM Workforce Strategy

Published: 2026-07-28 | Source: : Dentistry Today

Key Takeaways

Stephenie Goddard, former CEO of Glidewell Dental with over 25 years of leadership experience, has joined Spear Education’s board of directors, signaling a strengthened focus on workforce development and organizational transformation in the dental sector.
Goddard’s executive background in strategy and operations could influence how dental laboratories and clinics adopt advanced technologies, including CAD/CAM milling workflows and the use of specialized dental burs for materials like glass ceramic and zirconia.
Her appointment highlights a growing industry trend: dental education providers are prioritizing leadership that bridges clinical training with scalable business practices, which directly affects how restorative teams invest in digital dentistry tools and training.
For dental labs and practices relying on CNC dental systems and precision milling burs, this leadership shift may drive more integrated educational pathways that align clinical skills with equipment and consumable selection.

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Rethinking the Dental Laboratory Business Model: What Dropping PPOs Means for Restorative Workflows

Published: 2026-07-28 | Source: : Dentistry Today

Key Takeaways

Dropping insurance PPOs forces a dental practice to shift from high-volume, low-margin production to a fee-for-service model that values quality over quantity — directly impacting how dental laboratories and their milling burs are utilized for premium restorative work.
The transition demands a complete operational overhaul, not just a fee schedule change, because internal systems, scheduling, and case presentation must be rebuilt to support a lower patient volume that prioritizes comprehensive care and higher-value treatments like glass ceramic or zirconia restorations.
For dental labs, this shift means fewer but more complex cases, requiring CNC dental milling burs and CAD/CAM systems that deliver exceptional precision and surface finish for high-end materials, as dentists can no longer absorb remakes or marginal errors under a discerning fee-for-service clientele.
A successful transition relies on retraining the entire team to communicate value rather than insurance coverage, which elevates the importance of a dental laboratory partner that can provide consistent, esthetic, and durable restorations — making the choice of sintering parameters, milling burs, and restorative materials a critical business decision.

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Investment Grade Practice Assessment for Dental Laboratories and Clinics Now Available Nationwide

Published: 2026-07-27 | Source: : Dentistry Today

Q1: What is the Investment Grade Practice Assessment and who developed it for the dental industry?

A: The Investment Grade Practice Assessment is a comprehensive evaluation tool launched by Investment Grade Practice™, powered by Productive Dentist Academy, a recognized leader in dental business growth, marketing, and practice development. It is designed to help dentists and dental laboratory owners uncover opportunities to strengthen revenue, systems, leadership, and long-term business health.

Q2: How can a dental clinic or CAD/CAM-focused laboratory benefit from this assessment?

A: By evaluating core business systems and leadership structures, the assessment reveals actionable ways to optimize operational workflows — whether that involves streamlining restorative case acceptance, improving milling and CAD/CAM production efficiency, or building a more resilient team culture. The goal is to transform a practice or dental laboratory into an investment-grade asset with sustainable growth.

Q3: What specific areas does the assessment analyze to improve long-term practice viability?

A: It examines key business dimensions including revenue streams, operational systems, leadership effectiveness, and overall business health, providing a clear roadmap for dentists and laboratory owners to make strategic improvements that directly impact profitability and scalability.

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Why Google’s Top Ranking No Longer Drives Dental Practice Growth

Published: 2026-07-27 | Source: : Dentistry.co.uk

Q1: How has the evolution of Google’s search results page reduced the value of a number one organic ranking for dental practices?

A: According to David Nelkin, the modern results page is packed with paid ads, local map packs, featured snippets, and "People also ask" boxes, which push the traditional number one organic listing far down the page. This means even if a dental laboratory or clinic ranks first, potential patients often click on these other elements first, making the top spot significantly less visible and almost worthless for attracting new business.

Q2: What should a dental practice or laboratory focus on instead of obsessing over the number one Google ranking?

A: Nelkin suggests shifting focus to a broader digital presence that captures attention across multiple areas of the search results, such as optimizing for local SEO to appear in the map pack and creating content that answers specific patient questions for featured snippets. For a dental business, this means ensuring your practice information is accurate everywhere online and producing helpful content that Google may pull into those highly visible result features.

Q3: Is the traditional organic ranking still relevant for digital dentistry marketing, or should it be abandoned entirely?

A: While not completely obsolete, Nelkin argues that a number one ranking alone is no longer a reliable driver of patient inquiries, as user attention is now fragmented across many competing page elements. Dental professionals should treat organic ranking as just one part of a comprehensive strategy that includes paid visibility, local search optimization, and authoritative content tailored to patient needs.

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Virtual Reality and Digital Distraction Are Shaping Behaviour Management in Paediatric Dentistry—What It Means for Restorative Workflows

Published: 2026-07-27 | Source: : Articles – Dental Tribune

Key Takeaways

A recent 25-year bibliometric analysis identifies virtual reality (VR) as the leading digital innovation currently being investigated for managing anxiety and uncooperative behaviour in paediatric patients, surpassing traditional techniques in research momentum.
Beyond VR, the study highlights audio-visual distraction and mobile technologies as significant research areas that are reshaping how clinicians approach behaviour guidance during treatment sessions.
For dental laboratories and clinicians involved in restorative procedures, the growing adoption of VR distraction in paediatric dentistry signals a potential shift toward quieter, more cooperative chairside environments—allowing for more precise milling of glass ceramic or zirconia restorations without interruption.
As digital technologies become more integrated into clinical routines, dental professionals who combine CAD/CAM restorative workflows with modern behaviour management tools may achieve more predictable outcomes, especially when placing milled aesthetic restorations in young patients.

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Tooth Regeneration Pioneer Toregem Secures Kyoto Support: What Dental Laboratories Should Watch

Published: 2026-07-27 | Source: : Dentistry.co.uk

Key Takeaways

Toregem BioPharma, a Kyoto-based biotech company, has been selected for the KYOTO overseas expansion challenging support subsidy program and the Kyoto Startup Overseas Expansion Support Project, aimed at facilitating international business matching.
The company is actively developing a tooth regeneration treatment, with the newly secured support specifically designed to help Toregem create overseas connections and accelerate its global expansion strategy.
For dental laboratories and restorative dentistry professionals, this signals a long-term shift toward biologically driven solutions that could eventually complement or alter current CAD/CAM and milling workflows for restorative materials like zirconia and glass ceramic.
While still in the clinical development phase, Toregem’s progress highlights the growing intersection between regenerative medicine and dentistry, a space dental labs should monitor for future integration with digital dentistry platforms.

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Teledentistry Safety in the Spotlight: How the ORTHO Act Could Impact Dental Laboratories and Restorative Workflows

Published: 2026-07-24 | Source: : Dentistry Today

Q1: What is the ORTHO Act recently introduced in the U.S. Congress, and who is behind it?

A: The ORTHO Act (Oversight of Responsible Teledentistry for Healthy Outcomes), officially designated H.R. 9829, was introduced by U.S. Congressman Brian Babin (R-TX), Chairman of the House Science, Space, and Technology Committee and a practicing dentist for over 40 years. The bill aims to establish patient safety standards specifically for orthodontic treatment delivered through teledentistry platforms.

Q2: Why would a new teledentistry regulation matter to a dental laboratory focused on CAD/CAM milling and restorative work?

A: While the act directly targets orthodontic teledentistry, any legislation raising the bar for patient safety and treatment oversight reinforces the value of precision in digital dentistry. For dental labs, this means a continued emphasis on high-quality restorative materials—like glass ceramic and zirconia—milled with reliable CNC dental burs that deliver the accuracy required for safe, predictable patient outcomes.

Q3: How does the push for teledentistry safety standards align with the broader digital dentistry trend?

A: The ORTHO Act reflects a maturing digital dentistry landscape where convenience must be balanced with clinical responsibility. As teledentistry expands access to care, the demand grows for seamless digital workflows that connect intraoral scans to expertly milled restorations in the dental laboratory, using precision tools like CAD/CAM milling burs to meet the high standards patients deserve.

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Why Out-of-Hours Messaging Can Erode Your Dental Laboratory Team’s Boundaries

Published: 2026-07-24 | Source: : Dentistry.co.uk

Key Takeaways

Practice and dental laboratory owners should set explicit communication boundaries to prevent WhatsApp groups and late-night messages from blurring the line between work and personal life, which can lead to team burnout.
Chris Barrow, during a workshop tour with Laura Horton, observed that out-of-hours messaging—like Sunday evening updates and late-night notes—was a top concern that resonated strongly with dental professionals.
Unchecked casual communication can create a culture where staff feel pressured to respond immediately, potentially causing resentment and negatively impacting long-term team morale and retention in a dental laboratory setting.
Implementing clear policies on when and how to use workplace group chats helps protect employee wellbeing and ensures that urgent clinical or CAD/CAM milling issues are escalated through proper channels rather than casual messages.

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VELMENI Secures FDA 510(k) Clearance for AI-Powered Dental CBCT Software

Published: 2026-07-24 | Source: : Dentistry Today

Key Takeaways

VELMENI for DENTISTS® 3D has received 510(k) clearance from the U.S. Food and Drug Administration, confirming its regulatory approval for clinical use in dental practices, DSOs, and imaging centers.
The AI-driven software automates CBCT segmentation, anatomical visualization, and measurements, which can streamline diagnostic workflows in digital dentistry and potentially improve treatment planning for restorative cases involving implants or surgical guides.
This clearance expands VELMENI’s connected clinical and administrative workflow platform, signaling a broader industry shift toward integrating AI tools across the dental laboratory and practice ecosystem—from imaging and diagnosis to CAD/CAM milling preparation.
For dental labs and clinics investing in digital dentistry, validated AI-assisted CBCT analysis may reduce manual processing time and enhance communication between clinicians and technicians when planning cases that require precise milling of zirconia, glass ceramic, or PMMA restorations.

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What Are the Clinical Risks of Skipping Complex Care Pathways in Your Dental Laboratory?

Published: 2026-07-25 | Source: : Dentistry.co.uk

Q1: From a clinical perspective, why are complex care pathways (CCPs) considered essential for managing patients with severe periodontitis or significant caries?

A: CCPs provide a clinically logical, structured framework that integrates prevention, risk factor management, and self-care support specifically for patients aged 16 and over. Without these pathways, dental professionals risk delivering reactive rather than proactive care, which can lead to the progression of unstable periodontal disease and recurrent restorative failures.

Q2: What operational challenges do dental clinics face when they choose not to implement formal care pathways?

A: The primary operational risk is the absence of a standardized, auditable process for managing high-needs patients. This often results in inconsistent treatment planning, poor coordination between the dentist and the dental laboratory for long-term restorative work, and an over-reliance on acute interventions rather than systematic disease control.

Q3: How does the decision to avoid complex care pathways impact the long-term success of restorative treatments like crowns or bridges?

A: If underlying periodontal instability and caries risk are not managed through a structured pathway, any restorative work—regardless of the quality of the milling or the precision of the CAD/CAM burs used—is built on a compromised foundation. This significantly increases the risk of marginal leakage, secondary caries, and ultimately, the failure of the prosthetic restoration.

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Chemo Mouthpiece Study Highlights Cost Savings Potential for Dental Laboratories Using Advanced Milling Burs

Published: 2026-07-23 | Source: : Dentistry Today

Q1: How does the Chemo Mouthpiece study relate to cost savings in dental laboratories that use CAD/CAM systems and milling burs?

A: While the study focuses on oral cooling for chemotherapy patients, it models economic and clinical impacts that parallel cost-efficiency principles in digital dentistry. Dental laboratories using advanced milling burs for glass ceramic or zirconia restorations can draw insights on reducing operational waste and improving patient outcomes, similar to the modeled savings in the Chemo Mouthpiece analysis.

Q2: What specific findings from the peer-reviewed economic analysis could inform dental lab technicians about cost management with CNC dental tools?

A: The peer-reviewed study, published by Chemomouthpiece, LLC, demonstrates how a targeted device can reduce clinical complications and associated costs. For dental labs, this mirrors the value of using precision milling burs and CAD/CAM systems to minimize material waste and chairside adjustments, ultimately lowering restorative costs for glass ceramic and zirconia cases.

Q3: Are there any direct applications of the Chemo Mouthpiece technology to dental milling or restorative procedures?

A: No direct applications exist—the Chemo Mouthpiece is an oral cooling device for chemotherapy patients, not a dental restorative tool. However, the study’s emphasis on cost-effective supportive care underscores a broader trend in healthcare, including dental laboratories, where investing in efficient milling burs and digital workflows can yield significant economic benefits.

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How Dental Burs and CAD/CAM Skills Translate to AI Careers: Dental AI Solutions Launches Career Transition Manual for Dental Professionals

Published: 2026-07-23 | Source: : Dentistry Today

Q1: What is the "From Chairside to AI" manual, and what dental professionals is it designed for?

A: It is a comprehensive digital career transition manual launched by Dental AI Solutions, specifically created for dental professionals—including those skilled with dental burs and CAD/CAM systems—who are interested in moving into careers beyond direct patient care, into the AI field.

Q2: What key information does the manual provide for a dental lab technician or dentist considering a career shift?

A: The manual guides clinicians on how their existing skills, such as expertise in restorative dentistry, milling, and using CAD/CAM equipment, can translate into roles within the AI industry, offering a roadmap for this specific career transition.

Q3: How does this manual address the impact of AI on the dental industry and related technologies like milling and glass ceramic?

A: The manual addresses the reshaping of dentistry by AI, helping professionals understand how their practical experience with dental burs, glass ceramic, and zirconia can be valuable in new roles, ensuring their skills remain relevant in a changing digital dentistry landscape.

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BIOLASE and MegaGen Forge Stronger Dental Partnership: What It Means for Restorative and Milling Workflows

Published: 2026-07-23 | Source: : Dentistry Today

Q1: How does the BIOLASE and MegaGen partnership specifically impact dental laboratories and restorative workflows?

A: The strategic integration, effective July 1, 2026, focuses on expanding customer support, innovation, and comprehensive clinical solutions. For labs, this could mean more integrated workflows between BIOLASE’s laser technology and MegaGen’s implant and restorative systems, potentially streamlining digital dentistry processes from scanning to final restoration.

Q2: What are the key milestones of this partnership that a dental technician should know?

A: The official launch of the U.S. commercial collaboration marks a new chapter. The organizations are now working together to offer combined solutions, which may include enhanced support for CAD/CAM milling of restorations using compatible materials, though specific product details were not disclosed in the announcement.

Q3: Will this collaboration lead to new products or services for dental labs and clinics?

A: While the announcement emphasizes expanding customer support and innovation, it does not specify new products. However, the partnership is expected to deliver more comprehensive clinical solutions by integrating BIOLASE’s laser systems with MegaGen’s implant portfolio, potentially affecting how labs approach case planning and material selection.

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Convergence Summit Tackles Digital Dentistry Adoption Challenges for Dental Labs Using CAD/CAM and Milling Burs

Published: 2026-07-22 | Source: : Dentistry Today

Key Takeaways

The Convergence Health Summit, scheduled for July 24th in NYC, focuses on bridging the gap between healthcare innovation and widespread clinical adoption, a critical hurdle for digital dentistry technologies like CAD/CAM systems and milling burs in dental laboratories.
The summit’s emphasis on moving promising ideas into practice directly addresses challenges dental labs face when integrating new restorative materials such as glass ceramic and zirconia with existing CNC dental workflows.
By convening physicians and dentists, the event aims to create actionable strategies that can help dental professionals overcome barriers to adopting advanced milling technologies and improve patient outcomes.

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Navigating Dental Malpractice: Key Insights on Indemnity for Restorative and Digital Dentistry Professionals

Published: 2026-07-22 | Source: : Dentistry.co.uk

Q1: What specific real-life case examples will be discussed in this indemnity webinar, and how do they relate to common restorative procedures using materials like glass ceramic or zirconia?

A: The webinar, led by Elaine Cook from Dental Protection, will share real-life case examples where things didn’t go to plan in dentistry. These cases are likely to cover common restorative scenarios, such as the failure of a glass ceramic crown or a zirconia bridge, highlighting the importance of proper clinical decision-making and the support indemnity provides when complications arise.

Q2: As a dental laboratory technician using CAD/CAM and milling burs, how can understanding these indemnity cases help me protect my work and my business?

A: Understanding these real-world cases is crucial for technicians, as it clarifies where professional responsibility lies when a milled restoration fails. The webinar will provide insights into the legal and professional support available, helping you manage risks associated with digital workflows, from selecting the correct milling burs to communicating effectively with prescribing dentists.

Q3: How can attending this webinar improve my risk management in day-to-day digital dentistry and restorative practice?

A: By analyzing real decisions and their outcomes, attendees can learn to identify common pitfalls in treatment planning, material selection, and communication. This knowledge directly supports better risk management, ensuring that both dentists and dental laboratories are better prepared to handle unexpected complications in restorative and digital dentistry.

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Digital Dentistry and CAD/CAM Driving Restorative Precision in Australian Dental Laboratories

Published: 2026-07-22 | Source: : "dental laboratory technology digital" - Google News

Key Takeaways

Digital transformation is reshaping Australian dentistry, with dental laboratories increasingly adopting CAD/CAM workflows to enhance restorative precision and efficiency.
The shift toward digital tools, including intraoral scanners and milling systems, is reducing turnaround times and improving fit accuracy for restorations like crowns and bridges.
Dental professionals must stay updated on digital technologies, such as advanced milling burs and sintering processes, to remain competitive in the evolving restorative landscape.

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Standard Dental Labs’ Capital Strategy Drives Digital Dentistry and Restorative Milling Adoption Across Florida

Published: 2026-07-21 | Source: : "dental industry news laboratory" - Google News

Key Takeaways

Standard Dental Labs has adopted a capital strategy to fuel an acquisition pipeline in Florida, signaling growing investment in digital dentistry and restorative milling capabilities.
The strategy likely involves upgrading equipment and workflows, including CAD/CAM systems and milling burs, to enhance efficiency in dental laboratory operations.
This move reflects a broader trend among dental service organizations (DSOs) to consolidate and standardize digital workflows for glass ceramic, zirconia, and PMMA restorations.
Dental laboratories and clinics in Florida may benefit from expanded access to advanced milling technologies and restorative solutions through these acquisitions.

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Key Takeaways: Illinois Initiative Boosts Denture Care for Nursing Home Residents with Digital Dentistry Insights

Published: 2026-07-21 | Source: : "dental industry news laboratory" - Google News

Key Takeaways

A new Illinois initiative focuses on improving denture care for nursing home residents, highlighting the growing need for restorative solutions in geriatric settings.
This development underscores the potential for dental laboratories to leverage digital dentistry tools, such as CAD/CAM milling, to produce high-quality dentures more efficiently for long-term care facilities.
The initiative may drive demand for compatible milling burs and materials like PMMA and glass ceramic, which are essential for creating durable and aesthetic prosthetic restorations.
Dental professionals should consider how such community programs could expand the market for denture fabrication, emphasizing the role of precision CNC dental equipment.

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How Early Caries Treatment with Digital Dentistry Tools Like CAD/CAM Can Drive Private Practice Growth

Published: 2026-07-21 | Source: : Dentistry.co.uk

Q1: How does early caries treatment shift a dental practice away from the traditional "drill and fill" model?

A: By detecting and treating carious lesions at a very early stage, often using advanced diagnostic tools, the practice can move from a reactive, invasive approach to a proactive, minimally invasive one. This not only preserves more natural tooth structure but also positions the practice as a leader in preventive and innovative care.

Q2: What role can CAD/CAM technology and milling burs play in this new treatment paradigm?

A: For early-stage lesions that do require restorative intervention, CAD/CAM systems allow for the precise design and milling of ultra-conservative restorations from materials like glass ceramic or resin. Using high-quality milling burs ensures accurate, fit-optimized inlays or onlays that preserve healthy tooth structure, aligning perfectly with the philosophy of early, minimally invasive treatment.

Q3: Why is this early intervention model considered a powerful "growth engine" for a private dental practice?

A: It creates a powerful patient-centric value proposition: better outcomes, less discomfort, and long-term oral health. This attracts a higher-value patient base, encourages loyalty and referrals, and allows the practice to command premium fees for advanced, non-invasive care, driving sustainable organic growth.

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How Private Dental Practices Can Leverage Digital Dentistry and CAD/CAM Tools for Authentic Marketing

Published: 2026-07-20 | Source: : Dentistry Today

Key Takeaways

Private dental practices can use their natural personality and community ties as a marketing advantage, which corporate practices struggle to replicate with large budgets.
Incorporating digital dentistry tools like CAD/CAM and dental burs into patient education enhances trust and showcases the practice’s commitment to modern, precise care.
Highlighting restorative procedures using milling burs and glass ceramic or zirconia during consultations can serve as a non-marketing strategy to demonstrate value without overt advertising.

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Dentsply Sirona and Smile Train’s Partnership Generates $470M in Value, Highlighting the Economic Impact of Digital Dentistry and Restorative Care

Published: 2026-07-20 | Source: : Dentistry Today

Key Takeaways

The partnership between Dentsply Sirona and Smile Train has enabled over 7,000 cleft surgeries, generating an estimated $470 million in lifetime economic value and restoring more than 45,000 years of healthy life.
This milestone underscores how investments in oral health, including digital workflows and restorative procedures like those using CAD/CAM milling and glass ceramic, can create significant long-term socioeconomic benefits.
For dental professionals, the data highlights the broader impact of accessible care, where precision tools like dental burs and restorative materials contribute not just to clinical outcomes but to patients’ overall quality of life.

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Mastering Anterior Single-Tooth Replacement: A Digital Dentistry and CAD/CAM Workflow for Predictable Restorative Success

Published: 2026-07-20 | Source: : Dentistry Today

Q1: What is the key to achieving predictable aesthetics in anterior single-tooth replacement using a digital workflow?

A: The key is a top-down, prosthetically driven approach. This method prioritizes the final restoration's design from the outset, ensuring that all digital steps—from scanning to milling with precision CAD/CAM burs—are aligned with the aesthetic and functional goals for the anterior zone.

Q2: How can a dental laboratory technician apply this prosthetically driven approach to their daily CAD/CAM milling work?

A: By focusing on the final restoration's design before initiating the milling process, technicians can select the appropriate glass ceramic or zirconia blocks and optimize the milling strategy. This minimizes adjustments and ensures the final restoration fits seamlessly, leveraging digital dentistry for superior outcomes.

Q3: What specific clinical challenge does this webinar address for dentists and dental lab technicians?

A: It addresses the technique-sensitive challenge of single-tooth replacement in the anterior zone. The program explores how a digital, prosthetically driven approach provides predictable solutions, helping professionals avoid common pitfalls in this highly aesthetic area of restorative dentistry.

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How AI Insurance Automation Impacts Digital Dentistry and Milling Workflows for Dental Laboratories

Published: 2026-07-17 | Source: : Dentistry Today

Q1: How does Archy’s AI insurance payment automation relate to digital dentistry workflows for dental labs?

A: While focused on practice management, this automation reduces administrative overhead for dental practices that partner with labs, allowing lab teams to spend less time chasing payment exceptions and more time on CAD/CAM milling and restorative production.

Q2: What does this mean for dental laboratory owners who use Archy for practice management integration?

A: Lab owners using Archy can expect faster posting of insurance payments, fewer paper-check delays, and more predictable cash flow, which supports investment in new milling burs and advanced milling equipment for glass ceramic and zirconia restorations.

Q3: Can this AI tool help labs streamline communication about insurance exceptions with referring dentists?

A: Yes, by auto-posting routine payments and flagging exceptions, Archy Revenue reduces back-and-forth between labs and dentists, freeing up lab staff to focus on restorative case planning rather than administrative follow-ups.

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How Ultimate Dental Lab Elevates Restorative Dentistry with Digital Workflows and Precision Milling Burs

Published: 2026-07-18 | Source: : "dental laboratory technology digital" - Google News

Key Takeaways

Ultimate Dental Lab in NYC is advancing modern restorative dentistry by integrating digital workflows, including CAD/CAM design and precision milling burs, to produce high-quality dentures, crowns, and implant restorations.
The lab’s adoption of digital dentistry allows for faster turnaround times and improved accuracy in restorative cases, directly benefiting dental professionals seeking reliable lab solutions.
By leveraging advanced materials like glass ceramic and zirconia, the lab ensures durable and aesthetic outcomes for complex prosthetic cases, highlighting the importance of compatible milling burs in the process.

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Key Takeaways: Dentists Face Higher Car Insurance Premiums, Plus CQC Leadership News for Dental Labs

Published: 2026-07-19 | Source: : Dentistry.co.uk

Key Takeaways

Dentists were quoted above-average car insurance premiums in a study by Marshall Motor Group, highlighting an industry-specific financial burden.
The Care Quality Commission (CQC) has appointed a new chief executive, which may signal upcoming regulatory changes relevant to dental laboratories and restorative practices.
For dental professionals, including those using CAD/CAM and milling burs, staying informed on non-clinical costs like insurance is essential for practice management.
This week’s industry updates underscore the importance of monitoring both clinical and administrative news that impacts dental laboratory operations and digital dentistry workflows.

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Strategic Alliance Brings Performance Guarantee to Dental CAD/CAM and Milling Burs Market

Published: 2026-07-17 | Source: : Dentistry Today

Key Takeaways

Personify Group and MRCA have formed a strategic alliance to offer dental manufacturers and technology companies an industry-first Service Performance Guarantee™, which could impact how dental labs evaluate milling solutions and CAD/CAM burs.
The alliance combines Personify's commercialization, branding, and PR expertise with MRCA's international dental advisory services, potentially improving service standards for companies involved in dental CAD/CAM and restorative materials.
For dental labs using CNC dental systems, this guarantee may lead to more reliable support from suppliers of milling burs, glass ceramic, and zirconia, enhancing overall digital dentistry workflows.

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Pediatric Dental Excellence Honored: Insights for Dental Labs and Digital Dentistry Practices

Published: 2026-07-17 | Source: : Dentistry Today

Q1: How does this national honor for a pediatric dentist impact trends in restorative materials like glass ceramic and zirconia for children’s dentistry?

A: While the award focuses on clinical leadership, it underscores the growing need for durable, aesthetic restorative solutions in pediatric care. This may prompt dental labs to explore child-friendly CAD/CAM materials, such as high-strength glass ceramic and translucent zirconia, which are increasingly milled using precision dental burs for pediatric crowns and bridges.

Q2: What can dental laboratory technicians learn from Dr. Sliger’s recognition regarding the role of digital dentistry in pediatric cases?

A: Dr. Sliger’s national honor highlights the importance of advancing clinical techniques, including digital workflows. For labs, this signals a rising demand for CAD/CAM-milled pediatric restorations, where accurate milling burs and optimized sintering processes for zirconia are critical to achieving both fit and longevity in young patients.

Q3: How might this news influence the adoption of CNC dental equipment and milling burs in pediatric-focused dental labs?

A: As pediatric dentistry embraces digital solutions, labs may invest more in CNC dental machines and specialized milling burs to produce custom pediatric restorations efficiently. The award raises awareness of quality standards, encouraging labs to prioritize precision tooling for glass ceramic and PMMA materials used in children’s dentistry.

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How Policy Changes in Dental Therapy Impact Your Dental Laboratory’s Workflow and Restorative Choices

Published: 2026-07-18 | Source: : Dentistry.co.uk

Q1: How does the slow adoption of dental therapy policies affect the demand for restorative materials like glass ceramic and zirconia in my lab?

A: The article highlights that despite policy changes, many practices still rely on outdated workflows, limiting the full utilization of dental therapists. This slower adoption can lead to inconsistent demand for advanced restorative materials, such as glass ceramic for aesthetic cases and zirconia for posterior restorations, as practices may not fully embrace the delegation of these procedures to therapists.

Q2: What systems should my dental laboratory implement to better support dental therapists in digital dentistry?

A: The article emphasizes that meaningful change requires building systems that allow dental therapy to thrive. For your lab, this means streamlining digital workflows, such as integrating CAD/CAM systems and ensuring compatibility with intraoral scanners used by therapists. This can enhance efficiency in milling restorations like crowns and bridges, reducing turnaround times.

Q3: Why is it critical for my lab to adapt to these changing practice dynamics in restorative dentistry?

A: As dental therapists are increasingly recognized for their skills, practices that adopt efficient systems will likely drive higher demand for restorative work. Your lab can capitalize on this by offering flexible support, such as quick sintering for zirconia or precise milling for glass ceramic cases, ensuring you are a preferred partner for practices evolving their therapy models.

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Planet DDS Launches DentalOS: How a Unified Digital Dentistry Platform Could Impact Your Dental Lab’s Workflow and Billing

Published: 2026-07-17 | Source: : Dentistry Today

Q1: How does the DentalOS enterprise platform differ from traditional practice management software, and what does this mean for a dental laboratory using CAD/CAM systems?

A: DentalOS is a unified platform that connects Denticon and Cloud 9 on a single data layer, replacing the practice management era. For a dental lab, this could streamline patient data, scheduling, and billing (RCM) across multiple clinics, potentially reducing administrative friction when coordinating restorative cases like those involving zirconia or glass ceramic restorations.

Q2: What specific operational benefits can a dental lab technician expect from the "One Patient. One Schedule. One RCM" approach of DentalOS?

A: This unified approach means a single source of truth for patient information and scheduling, which could simplify order intake and case tracking. A lab technician might experience fewer errors in prescription data and faster billing cycles, as the platform connects clinical and administrative workflows without needing separate systems.

Q3: Is DentalOS designed to integrate with existing dental lab technology, such as milling machines or sintering furnaces?

A: The article focuses on the software platform’s enterprise capabilities rather than direct hardware integration. However, by unifying data from Denticon and Cloud 9, DentalOS could provide a more robust foundation for labs to connect their digital workflows, potentially easing data exchange for CAD/CAM design and milling processes.

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Why Judgment, Not Just CAD/CAM Milling Burs, Defines Dental Lab Success in the Digital Age

Published: 2026-07-17 | Source: : Dentistry Today

Key Takeaways

The democratization of digital dentistry, including access to CAD/CAM systems and milling burs, has eliminated the information gap between dentists and patients, making clinical judgment the new competitive advantage.
For dental laboratory technicians, mastery of restorative materials like glass ceramic and zirconia is no longer enough; the true value lies in advising clinicians on which material and workflow best suits each patient’s unique needs.
As information becomes free online, the dental professional’s role shifts from being a gatekeeper of knowledge to a trusted curator of judgment, especially when selecting and using CNC dental tools and restorative solutions.
To thrive, dental labs must invest in continuous education and collaborative decision-making with dentists, turning technical expertise into strategic counsel that cannot be replaced by a simple online search.

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Low-Level Laser Therapy in Digital Dentistry: What Dental Labs and Clinicians Should Know About This Noninvasive Approach

Published: 2026-07-17 | Source: : Dentistry Today

Q1: How does low-level laser therapy (LLLT) relate to digital dentistry workflows, such as CAD/CAM and restorative procedures?

A: While LLLT is not directly integrated into CAD/CAM or milling processes, it can complement digital dentistry by accelerating healing after restorative procedures like crown or zirconia placement, reducing inflammation and pain without the need for drugs.

Q2: What specific benefits does LLLT offer for dental laboratory technicians or clinicians working with materials like glass ceramic or PMMA?

A: LLLT can enhance patient recovery by promoting tissue healing and reducing post-operative pain, which is particularly useful after procedures involving materials like glass ceramic or PMMA, where precise fit and patient comfort are critical for successful restorative outcomes.

Q3: Is LLLT compatible with modern CNC dental milling and sintering practices in a dental laboratory setting?

A: LLLT is not used during milling or sintering processes, but it can be applied post-treatment to support tissue health, making it a valuable adjunct for dental labs and clinics aiming to improve whole-patient wellness and reduce reliance on pharmaceuticals.

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LightForce CEO Appointment Signals Digital Dentistry Commercial Scale-Up: What It Means for Dental Labs Using CAD/CAM and Milling Burs

Published: 2026-07-16 | Source: : Dentistry Today

Q1: How does Erica Rogers’ appointment as CEO of LightForce Orthodontics impact the digital dentistry workflow for dental laboratories?

A: Rogers’ leadership shift from technology validation to commercial scale suggests LightForce’s Generative Braces system will expand rapidly, potentially increasing demand for compatible CAD/CAM workflows in dental labs. Labs using milling burs for indirect bonding trays or custom appliances may see new integration opportunities.

Q2: What does LightForce’s transition mean for dental labs investing in CAD/CAM and restorative materials like glass ceramic or zirconia?

A: While LightForce focuses on orthodontics, its scaling strategy signals a broader industry trend: digital orthodontic solutions are maturing alongside restorative CAD/CAM systems. Dental labs already using CNC milling for glass ceramic or zirconia restorations may find parallel efficiencies in adopting LightForce’s digital brace workflow, though no direct material overlap is announced.

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CDOCS Redesign Enhances Digital Dentistry Education with Integrated CAD/CAM and Restorative Support

Published: 2026-07-16 | Source: : Dentistry Today

Key Takeaways

The redesigned CDOCS platform centralizes digital dentistry education and implementation support, making it easier for general dentists to adopt integrated CAD/CAM and restorative workflows.
The new member learning management system offers structured courses and peer community features, directly addressing the knowledge gap in practical applications of milling and ceramic materials.
By focusing on hands-on implementation rather than just theory, CDOCS helps dentists maximize the clinical value of their digital investments, from scanning through sintering.

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Enhancing Veneer Case Acceptance with Digital Dentistry and CAD/CAM Milling Burs

Published: 2026-07-16 | Source: : Dentistry Today

Q1: How can digital dentistry and CAD/CAM tools help improve patient communication and case acceptance for porcelain veneers?

A: Dr. Jose-Luis Ruiz emphasizes that patient acceptance requires excellent communication beyond restorative principles. Using digital tools like CAD/CAM and precise milling burs can create visual treatment plans, helping patients understand the minimally invasive, supra-gingival approach, which boosts satisfaction and long-term success.

Q2: What role do restorative materials like glass ceramic play in the longevity of supra-gingival veneers?

A: Glass ceramic materials, milled with high-quality CAD/CAM burs, are ideal for supra-gingival veneers due to their esthetics and durability. This approach minimizes tooth reduction and enhances patient comfort, directly contributing to higher case acceptance and consistent satisfaction over 25+ years of clinical experience.

Q3: Why is minimally invasive dentistry critical for veneer longevity according to this CE webinar?

A: The webinar highlights that supra-gingival, minimally invasive techniques preserve natural tooth structure, reducing sensitivity and failure risks. When combined with precise CAD/CAM milling of restorations, longevity improves significantly, making it a key factor for both dentists and dental laboratories to discuss with patients.

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Why Digital Dentistry Still Needs the Human Touch: Insights for Dental Labs on CAD/CAM and Milling Burs

Published: 2026-07-16 | Source: : Dentistry.co.uk

Q1: How do personal relationships complement digital tools like CAD/CAM and milling burs in a dental lab?

A: While digital channels like email and websites drive initial engagement, the human touch—through personalized consultations and technical support—builds trust and loyalty, ensuring that even advanced CAD/CAM systems and milling burs deliver optimal restorative outcomes.

Q2: What role does evidence-based education play in improving the customer experience for dental professionals?

A: Evidence-based education bridges the gap between digital efficiency and clinical excellence, helping dentists and lab technicians understand how to optimize milling burs and materials like zirconia for better results, while reinforcing the value of human expertise.

Q3: Why can’t digital dentistry fully replace the human touch in restorative workflows?

A: Digital tools streamline processes like CAD/CAM milling, but the human touch is essential for nuanced decisions—such as selecting the right milling burs for glass ceramic or PMMA—and for building the personal relationships that drive customer satisfaction and repeat business.

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Postbiotic Gummies Show Promise for Gingival Health: A New Frontier Beyond Dental Burs and Restorative Dentistry

Published: 2026-07-16 | Source: : Articles – Dental Tribune

Q1: How do postbiotic gummies differ from traditional probiotics for oral care?

A: Unlike live probiotics, postbiotic gummies contain inactivated bacterial components that offer greater stability for manufacturing and storage, making them a more practical option for consumer oral health products targeting gingival bleeding.

Q2: What specific clinical outcome did the postbiotic gummies achieve in the trial?

A: The study found that the postbiotic preparation, containing a bacterial strain with anti-inflammatory potential, was linked to reduced gingival bleeding, suggesting it could support periodontal health without the challenges of live microorganisms.

Q3: Why is this relevant for dental professionals focused on restorative and digital dentistry?

A: While dental burs and CAD/CAM milling dominate restorative workflows, adjunctive oral care innovations like postbiotics offer new ways to manage gingival inflammation, potentially improving patient outcomes before or after restorative procedures.

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Dental Lab Market Growth to $55.01B by 2032: Key Insights for CAD/CAM and Milling Burs

Published: 2026-07-16 | Source: : "dental industry news laboratory" - Google News

Key Takeaways

The global dental laboratory market is projected to reach $55.01 billion by 2032, growing at a 5.07% CAGR, signaling sustained demand for restorative materials like glass ceramic and zirconia.
This market expansion will likely increase adoption of digital dentistry workflows, driving demand for precision milling burs and CAD/CAM systems in dental labs.
Dental lab technicians should prepare for higher throughput needs by investing in compatible milling burs for popular CAD/CAM platforms such as CEREC, Imes-icore, and Roland DWX.

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GC’s 105-Year Legacy: How Dental Burs and CAD/CAM Innovation Shape Modern Restorative Dentistry

Published: 2026-07-16 | Source: : Articles – Dental Tribune

Q1: How does GC’s 105-year history of R&D in dental materials impact the selection of CAD/CAM milling burs for dental labs today?

A: GC’s focus on glass ionomer materials and long-term innovation underscores the need for precision milling burs that match specific restorative materials. For labs using CAD/CAM systems, choosing compatible dental burs—like those optimized for glass ceramic or zirconia—directly affects restoration fit and longevity.

Q2: What can dental technicians learn from GC’s corporate philosophy of prioritizing societal well-being over profit?

A: This principle encourages labs to invest in high-quality, ethical consumables—such as reliable milling burs and restorative blocks—rather than cutting costs. It reinforces that durable restorations and trusted partnerships with suppliers build long-term success in digital dentistry.

Q3: How does GC’s milestone align with trends in digital dentistry for dental laboratories?

A: GC’s 105-year journey from a research lab to a global oral health leader mirrors the industry shift toward digital workflows. For dental labs, this means adopting advanced CAD/CAM tools and precision dental burs is essential to keep pace with material innovations and patient expectations.

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How Lifestyle Medicine and Multi-Morbidity Affect Digital Dentistry and Restorative Workflows

Published: 2026-07-16 | Source: : Articles – Dental Tribune

Q1: How does understanding patient multi-morbidity impact my choice of restorative materials like glass ceramic or zirconia?

A: Multi-morbidity, including conditions like diabetes, can affect oral health and healing. Dental professionals must consider these systemic factors when selecting restorative materials, as they can influence the long-term success and durability of restorations milled from glass ceramic or zirconia.

Q2: What practical steps can I take in my dental laboratory to integrate lifestyle medicine into my daily workflow?

A: The NSK Academy webinar suggests that dental teams can use patient visits to identify lifestyle factors linked to multi-morbidity. For a dental lab, this could mean collaborating more closely with prescribing dentists to understand patient health profiles, which may influence CAD/CAM design and material selection for more predictable outcomes.

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Space X-Ray Technology Opens New Frontiers for Digital Dentistry: How Portable Radiography Could Transform Restorative Workflows with CAD/CAM Milling

Published: 2026-07-15 | Source: : MedPageToday.com - medical news for physicians

Q1: As a dental lab technician using CAD/CAM systems, why should I care about astronauts taking X-rays in space?

A: This breakthrough demonstrates that portable radiography can function reliably in extreme, zero-gravity environments. For dental labs, it signals that compact, high-resolution imaging systems are becoming more rugged and adaptable—potentially enabling on-site, real-time scanning of restorations (like zirconia or glass ceramic blocks) during CAD/CAM milling without requiring bulky, fixed equipment.

Q2: Could this space-tested portable X-ray technology help improve quality control for milling burs and restorative materials in my lab?

A: Yes. The study used a portable system to capture diagnostic-quality images in a confined, mobile setting. In a dental lab, similar portable units could be used to inspect internal fit or detect micro-cracks in milled PMMA or glass ceramic restorations before sintering, reducing waste and ensuring higher precision in final prosthetics.

Q3: How might this advance impact digital dentistry workflows for dentists and lab technicians?

A: If portable X-ray systems become standard in dental practices and labs, they could streamline the restorative workflow—allowing immediate post-milling verification of CAD/CAM-produced crowns or bridges. This reduces turnaround time and enhances communication between clinician and lab, especially for complex cases involving zirconia or multilayer glass ceramic blocks.

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Key Takeaways on CDC Director Nominee’s Senate Hearing: Implications for Digital Dentistry and Restorative Protocols

Published: 2026-07-15 | Source: : MedPageToday.com - medical news for physicians

Key Takeaways

The Senate hearing focused on vaccine policy, but the confirmation process signals potential shifts in public health oversight that could indirectly affect dental laboratory regulations and material certifications for CAD/CAM restorations.
Dental professionals should monitor how new CDC leadership may influence infection control guidelines for milling burs and PMMA temporary materials used in chairside digital workflows.
The bipartisan scrutiny of the nominee suggests that future CDC guidance on dental practice safety, including sterilization protocols for glass ceramic and zirconia milling, may face increased political and procedural review.

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Epidural During Labor: No Link to Adverse Outcomes – Insights for Dental Professionals on Pain Management Analgesia

Published: 2026-07-15 | Source: : MedPageToday.com - medical news for physicians

Q1: As a dental professional who frequently manages patient pain, what is the key finding from this study on epidural analgesia?

A: This large Scottish cohort study of nearly half a million deliveries found no association between epidural analgesia in labor and adverse neonatal neurological outcomes, offering reassurance about the safety of this common pain management technique.

Q2: How might this study's methodology, using large-scale data to assess safety, relate to evaluating dental materials like CAD/CAM milling burs or restorative ceramics?

A: The study’s approach of analyzing a large, controlled dataset to rule out rare adverse events mirrors how dental research assesses the long-term safety of materials like glass ceramic or zirconia, ensuring confidence in their clinical use.

Q3: Given this study's focus on safety, what should a dental lab technician consider when choosing between different restorative materials for a patient?

A: Just as this study provides safety data on a medical intervention, technicians should rely on clinical evidence when selecting materials like PMMA for temporaries or zirconia for crowns, prioritizing biocompatibility and proven outcomes.

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Can Digital Dentistry Like Minecraft Engage Young Patients? Insights on Dental Burs and Restorative Workflows

Published: 2026-07-14 | Source: : MedPageToday.com - medical news for physicians

Q1: How can pediatric dentists use digital tools like Minecraft to improve patient cooperation during restorative procedures with CAD/CAM milling?

A: Drawing parallels from the article, just as Minecraft engages kids through interactive digital play, pediatric dentists can leverage familiar digital interfaces or gamified education to reduce anxiety before procedures like CAD/CAM milling for crowns or inlays, helping young patients stay calm during the use of dental burs.

Q2: What does the pediatrician's view on Minecraft suggest for dental labs using PMMA or glass ceramic for pediatric restorations?

A: The article highlights that digital engagement can positively influence child behavior. For dental labs, this implies that when fabricating pediatric restorations from PMMA or glass ceramic with CNC dental milling, emphasizing a quick, digital-first workflow and aesthetic results can align with kids' tech-savvy expectations, potentially improving treatment acceptance.

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Key Takeaways from PAM Inhibitor Approval: Implications for Restorative Dentistry & Digital Dentistry Workflows

Published: 2026-07-14 | Source: : MedPageToday.com - medical news for physicians

Key Takeaways

The FDA approval of the PAM kinase inhibitor gedatolisib for HR-positive/HER2-negative breast cancer may influence patient treatment plans, potentially increasing the demand for dental restorations using materials like zirconia or glass ceramic milled with precision CAD/CAM and milling burs.
Dental labs using digital dentistry workflows should monitor oncology drug approvals as systemic therapies can affect oral health, necessitating restorative procedures that rely on high-quality milling burs and compatible CAD/CAM systems.
The approval highlights the intersection of oncology and dental care, where dental laboratory technicians may need to collaborate with medical teams to plan restorative treatments using advanced materials milled with precise CNC dental tools.

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Medicare Pay Cuts May Impact Dental Lab Budgets for CAD/CAM Milling Burs and Restorative Materials

Published: 2026-07-14 | Source: : MedPageToday.com - medical news for physicians

Key Takeaways

A proposed 1.68% Medicare physician pay cut for 2027 could reduce patient disposable income, potentially decreasing demand for elective restorative procedures that rely on CAD/CAM milling and glass ceramic or zirconia restorations.
Dental laboratories should monitor policy changes closely, as reimbursement cuts may pressure dentists to seek cost savings on digital dentistry supplies like milling burs and PMMA materials.
The pay cut, while small, adds to cumulative financial strain on healthcare providers, which could slow adoption of new CNC dental equipment and restorative technologies in private practices.

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Mayo Clinic-Microsoft AI Partnership Highlights Why Data Governance Matters for Digital Dentistry and Restorative Workflows

Published: 2026-06-30 | Source: : HealthTech Magazine

Key Takeaways

Mayo Clinic’s long-established data governance strategy is the foundation for safely deploying frontier AI models, a lesson directly applicable to dental laboratories managing patient case data for CAD/CAM milling and restorative workflows.
The collaboration focuses on solving specific clinical problems rather than chasing technology trends, mirroring how dental professionals should evaluate AI tools for optimizing milling burs selection and glass ceramic or zirconia sintering processes.
A strong data foundation enables innovation at scale, suggesting that dental labs investing in structured digital data management will be better positioned to integrate future AI-driven analytics for milling efficiency and material science insights.

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How AI and Digital Dentistry Can Help Dental Labs Meet Rising Demand for Restorative Care

Published: 2026-07-08 | Source: : HealthTech Magazine

Key Takeaways

AI-powered CAD/CAM workflows can help dental laboratories streamline restorative production, reducing turnaround time and meeting growing patient demand for same-day dentistry.
Milling burs and ceramic blocks are essential components in digital dentistry; pairing high-quality burs with automated milling systems improves efficiency and consistency in producing crowns, bridges, and veneers.
Dental labs that invest in AI-driven design and precision milling equipment are better positioned to scale production without sacrificing quality, addressing both financial pressures and rising care expectations.

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Digital Dentistry Identity Management: How Secure Access Supports CAD/CAM and Restorative Workflows

Published: 2026-06-24 | Source: : HealthTech Magazine

Key Takeaways

Identity management systems enable clinicians to securely access patient data and digital workflows from any location, supporting mobile care delivery across campuses and home visits.
For dental laboratories, integrating identity management with CAD/CAM systems ensures that technicians and dentists can collaborate on restorative cases—such as milling zirconia or glass ceramic—without compromising data security.
As digital dentistry expands, seamless identity verification becomes critical for protecting sensitive patient information while enabling flexible, anywhere-care models that rely on milling burs and CNC dental equipment.

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Digital Dentistry Growth: How a Next Top Digital Dentist Transformed Her Practice with CAD/CAM Insights

Published: 2026-07-09 | Source: : Dentistry.co.uk

Q1: How did winning the Next Top Digital Dentist program impact the use of digital dentistry tools like CAD/CAM in a general dental practice?

A: The program accelerated the practice’s adoption of digital workflows, including CAD/CAM systems, allowing for more efficient restorative procedures and enhanced patient outcomes through precise milling and same-day dentistry.

Q2: What personal and professional growth did Sheena Tanna experience through the digital dentistry journey?

A: She reported significant confidence in digital treatment planning and restorative design, along with expanded skills in integrating technologies such as intraoral scanning and milling, which elevated both her clinical capabilities and practice reputation.

Q3: What key advice does Sheena Tanna offer to dental professionals looking to embrace digital dentistry and CAD/CAM?

A: She encourages starting with a clear digital strategy—focusing on training and incremental adoption of tools like CAD/CAM and milling burs—to ensure smooth integration and maximum benefit for restorative workflows.

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Key Takeaways: Dr Nigel Carter OBE’s Legacy in Digital Dentistry and Restorative Advocacy

Published: 2026-07-09 | Source: : Dentistry.co.uk

Key Takeaways

Dr Nigel Carter OBE, former chief executive of the Oral Health Foundation, was a leading public voice for oral health, advocating for the integration of restorative dentistry and preventive care over nearly three decades.
His work highlighted the importance of accessible dental education and public awareness, which indirectly supports the adoption of digital dentistry tools like CAD/CAM systems and dental burs in modern labs.
Carter’s legacy underscores the need for dental professionals, including lab technicians using milling burs for glass ceramic or zirconia, to prioritize patient education alongside technical excellence.

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Former Dentist’s £92,500 NHS Fraud Case Highlights Compliance Risks for Restorative and Digital Dentistry Practices

Published: 2026-07-09 | Source: : Dentistry.co.uk

Q1: How could this NHS fraud case impact the use of digital dentistry and CAD/CAM milling in UK dental labs?

A: The case underscores the need for rigorous audit trails in all dental workflows, including digital ones. While the fraud involved manipulating paper claims, labs using CAD/CAM and milling burs for restorative work must ensure their digital records are accurate and compliant to prevent similar abuse.

Q2: What specific actions did the former dentist take to commit the fraud, and what lessons does this hold for dental professionals?

A: Fariba Shameli manipulated over 1,000 claims for dental work, defrauding the NHS of £92,500. This highlights the critical importance of transparent billing and documentation for all restorative procedures, whether using traditional methods or advanced materials like glass ceramic and zirconia.

Q3: What compliance measures should dental labs and clinics adopt to avoid similar fraud risks in restorative dentistry?

A: Implement robust internal audits and cross-check claims against treatment records. For labs using CAD/CAM and CNC dental systems, automated record-keeping can help ensure that every milling job and material used (e.g., PMMA or zirconia) is accurately reflected in billing.

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How Digital Dentistry and Microbiome Testing Are Shaping Restorative Workflows for Dental Laboratories

Published: 2026-07-09 | Source: : Dentistry Today

Key Takeaways

The partnership between Bristle Health and Dentistry.One integrates oral microbiome testing with virtual coaching and teledental consultations, offering dental labs a new data source to personalize restorative treatment plans.
For dental laboratories, this trend underscores the growing importance of digital dentistry tools—such as CAD/CAM and precision milling burs—to produce restorations that align with patient-specific oral health profiles.
Dental technicians should monitor how microbiome insights may influence material selection for restorations, including glass ceramic and zirconia, to better support preventive and restorative outcomes.

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Key Dental Practice Valuation Insights: How Goodwill Impacts Restorative and Digital Dentistry Investments

Published: 2026-07-09 | Source: : Dentistry Today

Key Takeaways

Goodwill is often the most valuable asset in a dental practice, far exceeding the depreciated value of equipment like CAD/CAM milling units and dental burs.
Tax allocation strategies during a practice sale can significantly affect how goodwill is valued and taxed, influencing the net proceeds for both buyer and seller.
Understanding goodwill is critical for dental lab technicians and dentists investing in digital dentistry, as it reflects the practice’s reputation and patient loyalty—key to sustaining restorative revenue.

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How AI is Transforming Restorative Dentistry: Insights from Overjet’s Co-Founder on Digital Dentistry and Clinical Evidence

Published: 2026-07-09 | Source: : Dentistry Today

Q1: How does this AI technology impact the use of CAD/CAM and milling in a dental laboratory setting?

A: By shifting oral healthcare from intuition to evidence-based decisions, AI can enhance the accuracy of treatment planning for restorations. This means dental laboratories using CAD/CAM and milling systems may receive more precise prescriptions for materials like glass ceramic and zirconia, reducing errors and remakes.

Q2: What does this mean for a dental lab technician choosing between glass ceramic and zirconia for a case?

A: AI-driven analysis of patient data, such as bite forces and wear patterns, can provide evidence-based recommendations for material selection. This helps technicians choose the most durable restorative material—whether glass ceramic for aesthetics or zirconia for strength—optimizing outcomes.

Q3: How can this innovation improve communication between dentists and dental laboratories?

A: AI tools can standardize and clarify treatment plans, ensuring that the dentist’s restorative goals are clearly communicated to the lab. This reduces guesswork for technicians when selecting milling burs or designing restorations, leading to faster turnaround and higher quality.

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How Digital Dentistry and CAD/CAM Milling Burs Are Empowering the Next Generation of Women Restorative Dentists

Published: 2026-07-09 | Source: : Dentistry Today

Q1: How is digital innovation, particularly CAD/CAM technology, shaping the future of restorative dentistry for women practitioners?

A: Digital innovation is lowering barriers to entry and enabling more precise, artistic restorations. For dentists like Dr. Bushra Imam, digital workflows allow for better integration of science and artistry, making implant and restorative dentistry more accessible and predictable than ever before.

Q2: What role do dental burs and milling equipment play in the modern digital workflow described in this article?

A: High-quality CAD/CAM milling burs are the critical tools that translate digital designs into physical restorations. The shift toward chairside and in-lab milling means that the precision of the bur directly impacts the fit, finish, and longevity of the final restoration—a key factor in the evolving digital practice.

Q3: According to the article, what unique perspective do women bring to the field of restorative and implant dentistry?

A: Women often bring a strong emphasis on the human connection and patient experience, combined with technical precision. The article highlights how this blend of empathy and expertise, supported by digital tools, is redefining patient care and driving innovation in the dental laboratory and clinic.

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How Digital Dentistry and Milling Burs Support the Rise of Women in Restorative Dental Labs

Published: 2026-07-09 | Source: : Dentistry Today

Key Takeaways

Women now represent over 54% of U.S. dental school entrants, signaling a major demographic shift that Dentsply Sirona is proactively supporting through innovation and education.
This trend toward a more diverse workforce means dental labs and clinics should expect evolving needs in restorative workflows, where efficient CAD/CAM milling burs for glass ceramic and zirconia will be essential to accommodate new practitioners.
The growing female majority in dentistry highlights the importance of inclusive professional development and adaptable digital dentistry tools that streamline chairside and lab-side production.
For dental labs, investing in high-performance milling burs and CNC dental equipment ensures they can meet the demands of a more diverse, tech-savvy generation of dentists and technicians.

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Align Women’s Smile Collective: Empowering Leadership in Digital Dentistry for Dental Laboratories

Published: 2026-07-09 | Source: : Dentistry Today

Key Takeaways

The Align Women’s Smile Collective, launched by Align Technology in 2025, fosters confident and purpose-driven leadership among women in dentistry, directly influencing how restorative workflows and CAD/CAM decisions are made in dental labs.
By partnering with leading female clinicians, the initiative promotes innovation in digital dentistry, which can impact the selection of milling burs and materials like glass ceramic or zirconia for precise restorations.
This collective empowers dental professionals to shape the future of the industry, encouraging collaboration that may lead to improved techniques in CNC dental milling and restorative outcomes.

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Oral Health as a Game Changer: How Dental Labs and Clinics Can Support Athlete Performance with Digital Dentistry Tools

Published: 2026-07-07 | Source: : Articles – Dental Tribune

Key Takeaways

A new EFP report highlights that poor oral health, including issues like gum disease, can significantly impair athletic training, recovery, and competition performance, emphasizing the need for proactive dental care.
For dental professionals, this underscores the value of restorative solutions using advanced materials like glass ceramic and zirconia, which can be efficiently milled with precision dental burs to restore athletes' oral function quickly.
The integration of CAD/CAM and digital dentistry workflows enables dental laboratories to produce durable, high-quality restorations, helping athletes maintain peak oral health without extended downtime.
Dental clinics and labs should consider offering specialized oral health assessments for athletes, leveraging CNC dental milling to create custom, rapid-turnaround prosthetics that support overall athletic performance.

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Social Media Misinformation Risks for Orthodontic Patients: How Digital Dentistry and Restorative Professionals Can Respond

Published: 2026-07-07 | Source: : Articles – Dental Tribune

Q1: How does social media misinformation about orthodontic treatments impact patient expectations and decision-making, and what role can dental professionals play in countering it?

A: According to the study, misleading marketing claims on social media create unrealistic expectations among patients, particularly from direct-to-consumer providers. Orthodontists believe the profession should respond by engaging more actively online to provide accurate information and help patients make informed decisions, which is a strategy that restorative professionals using CAD/CAM and milling technologies can also adopt.

Q2: What specific risks do direct-to-consumer orthodontic providers pose, and how can dental laboratories and clinics collaborate to mitigate them?

A: The study highlights that direct-to-consumer providers often bypass professional oversight, leading to potential harm from unsupervised treatments. Dental laboratories and clinics can collaborate by using digital dentistry tools like CAD/CAM for precise restorative planning and by educating patients on the importance of professional evaluation before any orthodontic or restorative procedure.

Q3: What actions does the study recommend for the dental profession to address online misinformation effectively?

A: The study recommends stronger professional engagement on social media platforms and clearer guidance for patients to navigate marketing claims. For dental technicians and dentists specializing in restorative work, this means leveraging digital workflows—such as those involving milling burs and glass ceramic—to demonstrate evidence-based outcomes and counter misinformation with clinical accuracy.

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How CBCT and AI Enhance Digital Dentistry for Anatomy-Guided Orthodontic Planning Beyond Crowns

Published: 2026-07-07 | Source: : Articles – Dental Tribune

Q1: Why do conventional digital orthodontic set-ups fall short for comprehensive treatment planning in a dental laboratory or clinical setting?

A: Conventional digital set-ups focus primarily on crowns, which supports aesthetic and occlusal planning but provides limited information about root position and surrounding bone. This gap can lead to incomplete treatment plans, especially when restorative elements like CAD/CAM-milled restorations or zirconia crowns are involved.

Q2: How does integrating CBCT data improve digital treatment planning for orthodontic cases?

A: Integrating CBCT data allows clinicians to take root anatomy, bone boundaries, and other anatomical structures into account. This anatomy-guided approach ensures that planning aligns with the patient’s biological constraints, enhancing outcomes for restorative procedures such as sintering or milling of glass ceramic restorations.

Q3: What role does artificial intelligence play in this CBCT-based crown–root set-up for digital dentistry?

A: AI-assisted analysis helps automate the integration of CBCT data, making it easier for clinicians to assess root positions and bone limits without manual guesswork. This streamlines the transition from digital planning to final restoration, whether using dental burs for preparation or CNC dental milling for precise fabrication.

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Gator Dental Arts Uses Digital Dentistry and 3D Printing to Expand Dental Laboratory Production

Published: 2026-07-08 | Source: : Articles – Dental Tribune

Key Takeaways

Gator Dental Arts evolved through laboratory mergers and now serves 16 labs within the Apex network, leveraging digital dentistry and 3D printing for removable device production.
The lab uses CAD/CAM software and the DMP Flex 200 3D printer to streamline workflows, highlighting a shift from traditional methods to additive manufacturing in restorative dentistry.
For dental lab technicians, this case underscores the growing role of 3D printing as a complement to CNC milling and traditional milling burs for producing precise, custom dental prosthetics.

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New Arch Conformer for Children: How Does This Relate to Digital Dentistry and Restorative Workflows?

Published: 2026-07-08 | Source: : Articles – Dental Tribune

Q1: As a dental laboratory technician, should I be aware of new orthodontic devices like this arch conformer, given my focus on CAD/CAM and milling?

A: Yes. Understanding early orthodontic intervention is valuable because correcting maxillary transverse deficiency in children can reduce the need for complex restorative work later. While this specific device is not milled from zirconia or PMMA, its design principles highlight the growing importance of precision in all dental disciplines.

Q2: How does treating posterior crossbite in children impact the future demand for restorative materials like glass ceramic or zirconia?

A: Early correction of crossbites can prevent uneven wear and abnormal forces on teeth, potentially preserving tooth structure and reducing the need for extensive restorations. This means fewer cases requiring high-strength materials like zirconia for full-coverage crowns in later years, shifting focus toward more conservative, minimally invasive options.

Q3: Could a similar digital design approach be applied to fabricate an arch conformer using dental milling burs and PMMA?

A: While the article focuses on a specific non-milled design, the trend in digital dentistry suggests that custom orthodontic devices could certainly be designed digitally and milled from biocompatible PMMA or other materials. This would offer a precise, chairside or lab-fabricated alternative, leveraging existing CAD/CAM workflows and milling burs.

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Key Takeaways: How Digital Dentistry and Milling Burs Drive Restorative Innovation at the GC International Dental Symposium

Published: 2026-07-08 | Source: : Articles – Dental Tribune

Key Takeaways

The symposium will explore how biomaterials and digital workflows, including CAD/CAM and milling technologies, are reshaping treatment decisions for dental professionals.
Sessions will highlight the clinical significance of innovative materials such as glass ceramic and zirconia, emphasizing their role in restorative dentistry.
Attendees will gain insights into future-facing restorative workflows that integrate advanced milling burs and digital tools to enhance precision and efficiency in dental laboratories.

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Standard Dental Labs Acquisition Signals Consolidation Trend for Digital Dentistry and Dental Laboratory Milling Operations

Published: 2026-06-26 | Source: : "dental industry news laboratory" - Google News

Key Takeaways

Standard Dental Labs Inc.’s letter of intent to acquire a Tampa Bay laboratory underscores a growing industry consolidation trend, impacting how dental labs invest in CAD/CAM and milling technologies.
For dental lab technicians, this acquisition may lead to centralized production hubs, potentially increasing demand for standardized milling burs and restorative materials like glass ceramic and zirconia.
The move highlights the strategic importance of geographic expansion for dental laboratories aiming to scale digital dentistry workflows and optimize restorative output.

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Key Takeaways: How CAD/CAM Milling Burs Drive Efficiency in Leading Dental Labs of 2026

Published: 2026-07-06 | Source: : "dental laboratory technology digital" - Google News

Key Takeaways

Leading dental labs of 2026 prioritize high-performance CAD/CAM milling burs to optimize restorative workflows, especially for glass ceramic and zirconia materials.
The selection of compatible milling burs for popular CNC dental systems like Sirona CEREC and Roland DWX directly impacts lab productivity and restoration quality.
Digital dentistry trends show that labs investing in specialized milling burs for PMMA and metal materials gain a competitive edge in speed and precision.

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Digital Dentistry Drives Dental Simulation Systems Market Growth: Haptic Feedback and CAD/CAM Integration Key to 2035

Published: 2026-07-05 | Source: : "dental laboratory technology digital" - Google News

Key Takeaways

The dental simulation systems market is projected to grow significantly through 2035, fueled by the adoption of digital workflows and haptic innovation in dental education and training.
Haptic feedback technology in simulation systems enhances hand-skill development for restorative procedures, directly complementing CAD/CAM and milling workflows used with materials like glass ceramic and zirconia.
The integration of digital simulation with dental laboratory equipment, including CNC dental mills and milling burs, is expected to improve training precision for dental technicians and clinicians.
Market expansion is driven by the need for cost-effective, repeatable training solutions that reduce material waste and patient risk, aligning with the shift toward digital dentistry.

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Zirconia Milling and Lab Management: Practical Insights for Digital Dental Laboratories

Published: 2026-09-07 | Source: : Voices from The Bench

Key Takeaways

**Optical properties of IPS e.max Zirconia are closest to natural teeth** — According to Dr. Ed McLaren, of all the zirconias he has tested, Ivoclar's e.max zirconia offers the most natural optical properties. For labs using CAD/CAM milling workflows, this means selecting the right zirconia block material directly impacts esthetic outcomes; Dr. McLaren's Zirconia Reimagined webinar (October 5th @ 7:00 pm, registration at Vivalearning.com) is a practical resource for staying current on zirconia advancements.
**Full-arch milling demands a dedicated production environment** — Knight Dental launched SimplyARCH Studio, a production environment built exclusively for full-arch restorations. They invested in an XTCERA milling system and chose hyperDENT CAM software after evaluating multiple options. The deciding factors were exceptional milling quality, minimal hand finishing, and production efficiency — exactly what technicians should prioritize when selecting CAM software for complex full-arch CNC dental cases.
**CAM software implementation quality matters as much as the software itself** — What set hyperDENT apart for Knight Dental was not just the software, but the implementation process. The team provided knowledge and experience for building optimized workflows for complex full-arch cases, not just software training. When adopting new milling software, labs should evaluate whether the vendor helps design the entire production workflow, not just the toolpath generation.
**Laboratory management systems should go beyond production tracking** — Magic Touch Software, discussed by Dan Sinclair and Amir Bagheri, evolved from a production-focused LMS to a complete business management system. Modern dental laboratories should look for platforms that integrate customer management, accounting, inventory, automation, digital case entry, integrations, reporting, and production workflows in one place — Amir's father, Gary, helped develop the foundation of Magic Touch through his work with Glidewell.
**Digital case entry automation is a critical bottleneck for modern labs** — One of the biggest challenges facing dental labs today is managing the growing pile of scanner portals and inboxes. Magic Touch automates digital case entry to reduce manual entry, minimize missed cases and errors, and free up technician time. Labs losing time and money on manual case hunting should evaluate automated case entry solutions as a priority.

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Eggshell Module in Zirkonzahn.Modifier: CAD/CAM Design of Pre-Preparation Provisionals for Dental Laboratories

Published: 2026-09-03 | Source: : Zirkonzahn Worldwide

Key Takeaways

**Eggshell workflow principle:** The Eggshell module in Zirkonzahn.Modifier lets technicians design a provisional restoration that replicates the patient's pre-preparation tooth morphology — using either the patient's original tooth data or library teeth as the reference. This means the provisional is built "backward" from the final desired shape, ensuring the temporary matches the original contours before tooth preparation is even finalized.
**Pre-preparation provisional design:** Unlike conventional provisionals made after prep, the Eggshell module enables fabrication of a provisional restoration *before* the tooth is prepared. The technician designs a thin, eggshell-like shell based on the original anatomy, so the clinician can use it as a template during preparation — guiding reduction depth and preserving ideal restorative space.
**Cementation guide creation:** The tutorial also demonstrates how to generate a cementation guide from the same Eggshell design. This guide helps position the provisional accurately during seating, reducing chair time and minimizing the risk of misalignment or excess cement pooling.
**Practical tip for milling workflows:** Because Eggshell provisionals are thin-walled restorations, milling them from PMMA or resin blocks requires sharp, low-runout dental burs to avoid chipping or microfractures at thin margins. Labs using SINCEN PMMA/resin burs on compatible mills (VHF, Roland DWX, Imes-icore, etc.) should select fine-grit, low-vibration burs and consider reduced feed rates for the shell's thin occlusal and cervical regions.
**Try before you buy:** Zirkonzahn offers a "Try & Go" licence that lets labs test a range of Zirkonzahn.Modifier modules — including Eggshell — free of charge, making it practical to evaluate the module's fit for your digital laboratory workflow before committing.

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The Invisible Details: What 43 Years at the Dental Laboratory Bench Teaches About CAD/CAM Mastery

Published: 2026-09-03 | Source: : Margins & Meaning with John Wilson

Key Takeaways

**Unbilled bench hours are where restorative skill is actually built** — John Wilson reflects on 43 years of cases "nobody sees" and "hours nobody bills," the quiet decisions made when no one else is around to ask. For lab techs running CAD/CAM milling workflows, this translates directly: the time spent hand-finishing margins, adjusting sprue placement, or dialing in zirconia sintering curves is rarely invoiced, but it is what separates a passable restoration from a clinically excellent one.
**Passing down hands-on knowledge matters more than any paid course** — the episode's central line, "take the hours, take all of them," was written for the younger technician coming up behind him, "not for a course, not for a fee." The video's single uncut shot of a younger pair of hands picking up work from the bench makes the point: if accumulated dental laboratory knowledge is never handed to anyone, it dies with the bench. Practical tip: when you solve a recurring milling or finishing problem at your bench, document it and show the next tech — no invoice required.
**Attention to invisible details protects both margins and meaning** — Wilson closes with "Protect your margins. Protect your meaning," a deliberate double entendre for dental technicians: the literal restoration margin on a crown or coping, and the figurative margin of purpose in the work. In digital dentistry, the margin line you mark in CAD software is only as good as the bur that cuts it and the hand that verifies it under magnification — invisible details decide whether a restoration seats passively or fails at delivery.
**The bench itself is a teaching tool** — the episode is built around a bench that "sits empty for a second" before younger hands continue the work, one shot, no cut. For lab owners and senior techs: the most effective training environment is still the physical dental laboratory bench, not a slide deck. Let a junior technician watch you troubleshoot a glass ceramic milling bur chatter issue or a PMMA try-in fit problem in real time — that is the transfer that sticks.

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Managing Your Zirkonzahn Cloud Account for Seamless CAD/CAM Case Sharing Across the Dental Laboratory

Published: 2026-09-01 | Source: : Zirkonzahn Worldwide

Key Takeaways

**Set up a Zirkonzahn account in the Cloud to centralize digital dentistry workflows:** The Zirkonzahn.Archiv Plus platform allows dental laboratories to create and manage accounts that serve as the foundation for collaborative case management. Practical tip: establish your lab's account first, then create or join an organisation to unlock multi-user sharing capabilities.
**Organise your dental laboratory network by creating or joining an organisation:** Once your account is active, you can either create a new organisation or join an existing one to connect with other dental practices and laboratories. Practical tip: use this structure to mirror your actual lab-to-clinic relationships, ensuring that every connected account has the appropriate access level.
**Share complete cases or individual files with the entire organisation or a specific account:** Zirkonzahn.Archiv Plus supports granular sharing control — you can distribute full restorative cases to everyone in your organisation or target individual files to a single connected account. Practical tip: for multi-step CAD/CAM production, share complete cases with your milling team while sending only the final design file to the clinic for approval.
**Streamline collaboration between dental practices and milling centers:** The platform is designed to connect dental practices and laboratories, enabling seamless transfer of design data before CNC dental milling or sintering. Practical tip: use account-level connections to establish persistent links with partner clinics, reducing the need to re-share files for recurring cases.

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Flexible 3D-Printed Partials with DETAX Materials: What Dental Lab Technicians Need to Know

Published: 2026-08-31 | Source: : Voices from The Bench

Q1: What makes DETAX's flexible 3D-printed partials different from traditional milled or injection-molded flexible partials?

A: DETAX brings its roots in medical and audiology materials to dental 3D printing, developing resins specifically engineered for flexible partial dentures that can be printed directly in the lab. Veronika Perrone, with nearly 15 years at DETAX, explains the company's background in medical-grade materials gives their dental resins distinct mechanical and biocompatibility advantages for printing flexible restorations that were previously difficult or impossible to produce digitally.

Q2: How should a lab technician approach the workflow transition from analog flexible partials to printed ones?

A: Brandon Smith, who has worked through Triad, Whip Mix, and 3Shape before starting his own consulting and training business, emphasizes that successful adoption requires understanding both the material properties and the digital design parameters unique to flexible printed partials. Technicians should focus on optimizing print orientation, support placement, and post-curing protocols to achieve the flexibility and durability that DETAX's resins are formulated to deliver.

Q3: Why are flexible printed partials considered one of the most interesting developments in digital dentistry right now?

A: Flexible printed partials address a growing demand for metal-free, aesthetically superior removable restorations while eliminating many of the labor-intensive steps of analog processing. The conversation highlights that this technology is expanding what's possible in the digital dental laboratory, particularly for cases where traditional rigid materials or metal frameworks fall short in patient comfort and esthetics.

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Documenting Bleaching Success with Digital Shade Measurement: A Practical Guide for the Dental Laboratory

Published: 2026-08-27 | Source: : VITA Zahnfabrik H. Rauter GmbH & Co. KG

Q1: How can our dental laboratory objectively document shade changes before and after a bleaching treatment instead of relying on subjective visual assessment?

A: Use the VITA Easyshade V digital spectrophotometer for objective, reproducible tooth shade measurement. It captures the tooth color digitally, allowing you to compare baseline and post-bleaching values and present measurable color shifts to both the clinician and patient.

Q2: What manual reference system is recommended for visually determining and communicating bleached tooth shades in the lab?

A: The VITA Bleachedguide 3D-Master is designed specifically for manual shade determination of bleached teeth. It extends the standard VITA 3D-Master system with lighter, bleached shade tabs, enabling technicians to visually match and record pre- and post-treatment shades with visible before/after comparisons.

Q3: How do these two tools complement each other in a restorative workflow involving bleaching and subsequent CAD/CAM restorations?

A: The VITA Bleachedguide 3D-Master provides a tactile, visual reference for shade matching during manual evaluation, while the VITA Easyshade V delivers objective digital color data that can be documented and shared. Together they give the dental laboratory a verifiable shade baseline — essential when fabricating veneers, crowns, or other restorations that must match a newly bleached tooth shade.

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What an Empty Bench Teaches About Dental Laboratory Succession, Mentorship, and CAD/CAM Standards

Published: 2026-08-25 | Source: : Margins & Meaning with John Wilson

Key Takeaways

**Mentorship transfers more than milling technique — it transfers verification instincts.** John Wilson brought Minh Tran into Sunrise Dental Laboratory, handed him work he "would not hand most people," and watched him grow from a distance before they ever met in person through online conversations. The real inheritance wasn't just CAD/CAM or restorative workflow skills — it was "the instinct to verify instead of assume," the skepticism, and "the extra one percent nobody sees and nobody pays for." Practical tip: when training a junior technician on glass ceramic or zirconia milling burs, document not just the steps but the *checks* — the moment you stop to verify margin fit, tool wear, or sintering shrinkage before moving on.
**Being a skilled dental technician does not automatically make you a good dental laboratory owner.** Minh Tran is explicit about "the gap between being a good technician and being a good lab owner" — the pressure of saying yes, earning your own stripes instead of borrowing somebody else's, and discovering that mentor advice often doesn't land until years later, "usually at the worst possible moment." For lab techs considering opening their own facility: expect that CNC dental production skill and business ownership are two separate disciplines, and budget time for the second one.
**Succession planning in a dental laboratory fails quietly, not loudly.** There was "no falling out, no betrayal, nobody to blame" when Minh left to build his own lab in Windsor — yet the bench still felt empty, and the future John had pictured for Sunrise Dental Laboratory "doesn't show up." Practical takeaway: if you are grooming someone to carry a piece of what you built, have an explicit conversation about ownership, timeline, and intent — not just an implicit hope. The cost of assuming is measured in years.
**What survives after a technician leaves is the standard, not the person.** John and Minh identify what remains after the bench goes empty: "the standards, the skepticism, the extra one percent nobody sees and nobody pays for, the instinct to verify instead of assume, the friendship." For lab owners: build your restorative and milling quality system so it is documented and repeatable — not dependent on one person's hands or memory.
**Live peer dialogue matters — and some of it is deliberately not recorded.** John Wilson and Minh Tran will appear together on stage at the Pacific Northwest Lab Conference in Portland, September 11 and 12, presented by the Oregon Association of Dental Laboratories and the Washington State Dental Laboratory Association, with Nowak Dental Supplies supporting the event. Parts of their conversation are "saved for that room" — a reminder that the highest-value mentorship exchanges in digital dentistry often happen in person, not on recordings or online forums.

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From Ear Molds to Digital Dentures: A Clinical Dental Technician's Journey into CAD/CAM and Full-Arch Milling

Published: 2026-08-24 | Source: : Voices from The Bench

Q1: What inspired Caroline Kirkpatrick to enter the dental laboratory industry, and how did her unconventional path shape her technical versatility?

A: Caroline's interest was sparked by a broken denture repair sign outside a dental laboratory, which led her from polishing hearing-aid earpieces into early training in crown and bridge, orthodontics, and work in a dental hospital. Her curiosity drove her to learn every side of the profession, ultimately making her one of the first four technicians accepted into the UK's pioneering clinical dental technology program in 2010 — and the first female clinical dental technician to qualify in the UK.

Q2: How does Knight Dental's SimplyARCH Studio address the growing demands of full-arch restorations in the dental laboratory?

A: Knight Dental built SimplyARCH Studio as a dedicated production environment exclusively for full-arch restorations, investing in an XTCERA milling system and selecting hyperDENT CAM software after evaluating multiple options. The decision was based on exceptional milling quality, minimal hand finishing, and production efficiency — with the implementation team providing workflow optimization knowledge for complex full-arch cases rather than just software training.

Q3: What fast-firing zirconia options are available for labs looking to improve sintering efficiency without sacrificing quality?

A: Ivoclar's IPS Emax Zirconia offers multiple fast-fire protocols designed to save production time while maintaining consistent, predictable results for restorative work. Labs interested in streamlining their zirconia workflow are encouraged to contact their local Ivoclar representative directly.

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Maintaining Milling Chamber Cleanliness: Airflow System M1 for CNC Dental Workflow Optimization

Published: 2026-08-18 | Source: : Zirkonzahn Worldwide

Key Takeaways

**Consistent airflow reduces dust accumulation on machine components:** The Airflow System M1 is engineered to deliver steady, uniform airflow within the milling chamber, actively minimizing the buildup of dust, fine particles, and resin shavings on critical machine parts. For lab technicians running high-volume CAD/CAM production, this translates to fewer manual cleanings and less risk of particle contamination affecting milling burs or spindle bearings.
**Retrofitting is straightforward for existing M1 milling units:** The system is specifically designed for easy retrofitting, meaning labs already operating M1 milling units do not need to replace their hardware — they can integrate the Airflow System M1 directly into the existing milling chamber. This makes it a practical, low-disruption upgrade for dental laboratories looking to extend machine lifespan without major downtime.
**Protection of machine components extends service intervals:** By keeping resin shavings and fine debris off machine components, the Airflow System M1 helps protect sensitive areas such as linear guides, ball screws, and the spindle area — components that are particularly vulnerable when milling PMMA or resin-based restorations. Labs milling high volumes of provisional restorations or resin models will see the most benefit in reduced maintenance frequency.
**Compatibility is confirmed across all M1 milling units:** Zirkonzahn states the Airflow System M1 is compatible with all M1 milling units, eliminating guesswork for technicians managing mixed fleets of equipment. When paired with proper milling bur selection — such as dedicated resin/PMMA burs for soft materials — the airflow system complements good tooling hygiene by preventing chip recirculation during long milling jobs.

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Cutting Through Dental Marketing Noise: Digital Dentistry Brand-Building Insights for CAD/CAM Labs

Published: 2026-08-18 | Source: : DGSHAPE Americas, A Roland DG Group Company

Key Takeaways

**Prioritize trust and long-term brand building over chasing overhyped trends:** In a conversation between Roland DGA's Lisa Aguirre and LMT Magazine founder Judy Fishman on *Beyond the Margins*, the core message is that sustainable growth in the dental laboratory space comes from consistent, trust-focused marketing — not from jumping on every new digital advertising fad. For lab techs evaluating CAD/CAM equipment, milling burs, or restorative material suppliers, this means favoring vendors who demonstrate reliability and transparent communication over those relying on flashy, short-term campaigns.
**Don't abandon print for digital — leverage both strategically:** Fishman's perspective challenges the assumption that print is dead in dental marketing. Labs marketing zirconia, glass ceramic, or PMMA milling services should consider a hybrid approach: use print (like LMT Magazine) to reach established decision-makers who still value tactile, curated content, while using digital channels for speed, targeting, and measurable engagement with younger clinicians adopting CNC dental workflows.
**AI is a tool for audience engagement, not a replacement for authentic connection:** The episode flags AI as a trend that is often overhyped when used to generate generic content, but genuinely useful when applied to audience segmentation, predictive analytics, or personalizing follow-ups. A dental lab distributing milling burs for Sirona CEREC, Roland DWX, or VHF systems can use AI to identify which accounts are most likely to reorder zirconia burs versus resin/PMMA burs — but the human relationship still closes the sale.
**Audience engagement metrics matter more than raw reach:** Fishman emphasizes that connecting with the right audience beats broadcasting to a large, indifferent one. For labs and distributors, this translates to measuring how deeply clinicians engage with technical content (e.g., tool life comparisons for glass-ceramic burs, sintering tips for zirconia) rather than counting impressions — because a small, engaged audience of restorative-focused dentists is more likely to convert into long-term milling consumables customers.

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What a Karate Coach Can Teach Dental Labs About Milling Burs, CAD/CAM Workflow Pivots, and Full-Arch Production

Published: 2026-08-17 | Source: : Voices from The Bench

Q1: Our lab is seeing more full-arch cases, but our current milling setup struggles with hand finishing time. What production approach did Knight Dental take when they launched SimplyARCH Studio?

A: Knight Dental built SimplyARCH Studio as a dedicated production environment exclusively for full-arch restorations, investing in an XTCERA milling system and selecting hyperDENT CAM software after evaluating multiple options. Their decision was driven by three factors: exceptional milling quality, minimal hand finishing, and impressive production efficiency — meaning the right CAM strategies can significantly reduce the bench time spent on post-milling adjustments.

Q2: We're considering fast-firing zirconia to speed up our sintering workflow, but we're worried about consistency. Is there a validated fast-fire protocol available?

A: Ivoclar's IPS e.max Zirconia offers multiple fast-fire protocols specifically designed to save production time while maintaining consistent outcomes. Casey Baldwin from Ivoclar emphasizes that time is money in every lab, and these protocols are positioned as predictable, high-quality solutions for labs looking to streamline their zirconia sintering workflow without sacrificing results.

Q3: What lessons from outside the dental industry can actually help lab owners decide when to pivot their CAD/CAM or digital dentistry strategy?

A: Business coach and martial arts instructor Jude Grayson, returning as a keynote speaker at NOLA LabFest October 15–17, draws parallels between martial arts and business around discipline, competition, confidence, and risk. His "five-year-old board break moment" concept — that the ability to succeed is often already inside us and the right coach helps unlock it — translates directly to lab owners facing technology shifts like AI, 3D printing, and changing doctor workflows, helping them recognize opportunities they may not see themselves.

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Milling, Maintenance, and AI: Three Forces Reshaping the Dental Laboratory Workflow

Published: 2026-05-18 | Source: : Voices from The Bench

Key Takeaways

**Axis Dental Milling's VersaMill machines bring aerospace-level manufacturing to dental milling** — Tony Aliatim's background in biomedical engineering and industrial machining in Michigan led to AI-powered calibration systems and Straumann plug-and-play workflows. For lab techs running zirconia or implant abutments, this means faster setups and safer, more consistent milling output. Practical tip: when evaluating a mill, ask about calibration automation — manual calibration drift is a hidden source of margin loss on tight-fitting restorations.
**Wet vs. dry milling decisions directly impact your CAD/CAM bur strategy** — the conversation highlighted "wet vs dry milling nightmares," a familiar pain point for any technician. Dry milling zirconia demands burs with aggressive, heat-tolerant diamond coatings, while wet milling glass ceramic requires burs designed to clear slurry efficiently without clogging. Matching your bur selection to your milling environment is not optional — it is the difference between clean margins and remakes.
**Preventative maintenance on ovens and mills is a profit lever, not a cost center** — Rebekah Serrago and Chris Wilson from Garland Dental Services emphasized that keeping "ancient ovens alive" and maintaining equipment through certified service providers prevents catastrophic sintering failures. Practical tip: schedule calibration checks on sintering ovens quarterly, and insist your dealer actually understands the equipment they sell — not just the spec sheet.
**AI is moving from novelty to production reality in dental laboratories** — Antoine Coppens from Relu and Christian Saurman of New England Orthodontic Laboratory demonstrated fully automated workflows that design surgical guides, night guards, models, and restorations in minutes, integrating directly into LMS systems. For lab owners, this means AI can learn individual lab preferences and eliminate manual design bottlenecks. Watch this space closely — labs that adopt self-learning design workflows early will gain a five-year head start on capacity without adding headcount.

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Financing as a Strategic Tool for Expanding CAD/CAM Milling Capacity in the Dental Laboratory

Published: 2026-05-18 | Source: : DGSHAPE Americas, A Roland DG Group Company

Key Takeaways

**Reframe equipment financing as a growth lever, not a burden:** Dental labs often treat financing as a liability, but when tied to revenue-generating CAD/CAM assets — such as a Roland DWX mill or additional sintering furnaces for zirconia — it becomes a tool to expand capacity and accelerate production without draining working capital.
**Choose a financing partner who understands dental laboratory economics:** The right partner structures terms around the lab's actual production ramp-up, allowing technicians to invest in milling systems or glass ceramic and zirconia burs inventory sooner, before cash flow from new restorative cases fully materializes.
**Manage ramp-up to see real ROI on digital dentistry investments:** Financing works best when labs plan the transition period — training staff on new CNC dental workflows, validating PMMA and zirconia milling parameters, and phasing in higher-volume production — so that monthly payments are offset by increased throughput and profitability.
**Financing enables smaller labs to stay competitive:** Access to capital lets labs of all sizes acquire advanced CAD/CAM milling technology and compatible tooling (e.g., burs for Sirona CEREC, Imes-icore, Amann Girrbach, VHF, Datron) that would otherwise be out of reach, preventing larger competitors from dominating on speed and capacity.
**Treat financing as a cash-flow preservation strategy:** Rather than depleting reserves on a lump-sum equipment purchase, labs can preserve liquidity for consumables like dental burs and materials, while the financed equipment itself generates the revenue to cover its own cost.

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DLAT 2026 Tech Insights: Smarter Zirconia Milling and Digital Dentistry Workflows

Published: 2026-05-25 | Source: : Voices from The Bench

Q1: What did Marlin Gohn from Argen reveal about common mistakes labs make when choosing disc sizes for milling?

A: Marlin Gohn explained that labs frequently overlook how disc size selection impacts nesting strategy, which matters more than most labs realize. Choosing the wrong disc diameter for a given case can waste zirconia material, increase milling time, and compromise the fit of larger restorations — so technicians should match disc dimensions to the actual geometry of the case rather than defaulting to a standard size.

Q2: What is Argen's new gradient translucency zirconia, and why should dental lab technicians care?

A: Argen's new gradient translucency zirconia offers a built-in transition from higher translucency at the incisal edge to higher strength at the cervical area, mimicking natural tooth optics without manual shading. For labs running CAD/CAM milling workflows, this reduces the need for post-milling characterization and supports more predictable aesthetic outcomes on full-contour restorations.

Q3: How is exocad's new Hub and AI-driven DentalDB batch processing changing digital dentistry workflows for labs?

A: At exocad Insights in Mallorca, Felix from Imagine USA highlighted that the new exocad Hub enables cloud-based collaboration and data management, while AI-driven tools inside DentalDB streamline batch processing of design jobs. Imagine USA tests these features in their own production facility first, ensuring that labs adopting them get real-world validated performance — particularly useful for high-volume labs running multiple milling machines and needing faster design throughput.

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PrograMill 7 Milling Power, exocad Hub Cloud Workflows, and AI Batch Design: Digital Dentistry Insights for the Dental Laboratory

Published: 2026-06-01 | Source: : Voices from The Bench

Key Takeaways

**PrograMill 7 CNC dental milling upgrade:** Ivoclar's new PrograMill 7 brings three key improvements for dental laboratories — reduced air consumption, an impressive new touchscreen interface, and most importantly, increased spindle power. For labs running larger cases with complex geometries (like full-arch restorations in zirconia or glass ceramic), that extra spindle power directly translates to better milling results and fewer failures on demanding toolpaths.
**exocad Hub enables cloud-based remote collaboration:** The newly announced exocad Hub introduces cloud-based capabilities that make communication between dentists and technicians easier than ever. Digital designer and educator Marjorie de Andrade — who built a global career through remote design — highlights this as a major step forward, allowing labs to centralize case data and collaborate across locations without manual file transfers.
**AI-driven batch processing in DentalDB:** exocad's AI tools inside DentalDB are designed for efficient batch processing, a workflow advantage for labs handling high case volumes. Felix from Imagine USA emphasized that his team tests new features through their own production facility first, ensuring real-world performance before recommending solutions to customers — a practical reminder to validate any software update on a test case before rolling it into production.
**Analog occlusion principles still anchor digital full-mouth rehabs:** Dr. Dwight Pate's workflow-heavy discussion shows how traditional Dawson and Pankey hand-waxing principles still inform digital design — from provisionals to full-mouth rehabs controlled entirely through exocad. For technicians, this means digital tools like articulators and guided workflows in CAD/CAM software don't replace occlusal knowledge; they depend on it. His caution that digital dentistry "still has to prove itself back in the analog" is a call to verify digital designs against physical try-ins and articulator checks.

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Single-Unit Implant Crowns: Why the "Easy" Milling Case Goes Gray

Published: 2026-06-01 | Source: : Margins & Meaning with John Wilson

Key Takeaways

**Pre-Sinter Masking is a Strategic Decision, Not an Afterthought:** When milling a screw-retained zirconia crown on a custom abutment, the gray value of the underlying titanium can bleed through thin facial walls. John Wilson emphasizes that the pre-sinter mask must be planned before the block hits the milling bur; applying a masking layer at the green state and sintering it integrally creates a dense optical barrier that is far more effective than post-sinter surface stains, preventing that "not remake gray, but stare-at-the-photo gray" result.
**The Abutment-to-Crown Ratio Dictates Optical Success:** The hidden geometry inside the restoration—specifically the ratio of the titanium base to the zirconia superstructure—determines how much light is reflected versus absorbed. Wilson notes that if the abutment is too bulky relative to the crown, even perfect shade matching fails because the metal optics dominate; technicians must evaluate the case design upstream, sometimes requesting a narrower custom abutment to leave room for sufficient facial ceramic thickness.
**The Screw Channel Creates an Unforgiving Optical Void:** The access hole for screw retention is not just a mechanical necessity; it is a light trap. Wilson counts this as one of the five critical decisions, explaining that the channel’s depth and diameter create a shadow that darkens the incisal third. Technicians should consider filling the channel with a white PTFE tape and sealing it with a light-cured opaque composite, not just cotton pellets, to neutralize the optical void before cementation.
**Cementation is the Final Safety Net That Doesn’t Exist:** Unlike layered porcelain, a monolithic zirconia crown leaves no room for downstream adjustment. Wilson argues that the cementation step—the interface between the abutment and the crown—is where many labs lose control. If the cement shade is not actively selected to complement the pre-sinter mask (using opaque or white-tinted resin cements rather than clear), the entire masking strategy collapses, and what the lab ships is exactly what the patient seats, with no safety net.

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Mastering Full-Arch Workflows: From CAD/CAM Milling Strategies to Zirconia Efficiency

Published: 2026-08-10 | Source: : Voices from The Bench

Key Takeaways

**Dedicated Full-Arch Production Demands Optimized CAM Software:** When Knight Dental launched their specialized SimplyARCH Studio for full-arch restorations, they chose hyperDENT CAM software after evaluating multiple solutions. The technical deciding factors were exceptional milling quality, minimal hand-finishing requirements, and production efficiency. For a lab technician, this highlights that complex full-arch cases require more than just a powerful CNC dental mill; the toolpath strategy in the CAM software is critical for reducing post-processing labor and achieving a passive fit.
**Fast-Fire Zirconia Protocols Can Be Predictable:** Ivoclar’s IPS Emax Zirconia now offers multiple fast-fire protocols designed to save production time without sacrificing consistent results. This addresses a common lab technician's concern that accelerated sintering cycles compromise the material properties of zirconia. The key practical insight is that modern zirconia formulations are being engineered specifically to accommodate faster thermal processing, allowing labs to increase turnaround without quality loss.
**Workflow Integration Expertise is as Vital as the Milling System:** Knight Dental invested in an XTCERA milling system for their full-arch studio, but the implementation support from hyperDENT was the differentiator. The team provided knowledge and experience to build an optimized workflow from day one, not just software training. For a dental laboratory, this proves that when adopting new digital dentistry equipment for complex restorations, the technical support in process integration directly determines long-term success and efficiency.

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Hands-On Digital Dentistry Training: From CAD/CAM Milling to Real-World Results

Published: 2026-06-03 | Source: : Voxel Dental

Key Takeaways

**Practical Workflow Integration:** The "Mastering the Modern Digital Workflow" course, led by Dr. Eric Murias, emphasizes learning by doing, not just observing. For a lab technician, this means the training focuses on executing complete, real-world workflows—from intraoral scanning and design to milling and 3D printing—that can be immediately implemented, ensuring you can confidently manage the entire CAD/CAM restorative process.
**Hands-On Milling Experience:** The course provides direct, hands-on experience with milling, a critical step where tooling selection directly impacts outcomes. When milling materials like glass ceramic or zirconia in systems compatible with Amann Girrbach or Roland DWX mills, using application-specific burs (e.g., diamond-coated for glass ceramic, carbide for zirconia) is essential to achieve precise margins and a smooth surface finish, reducing manual post-processing.
**Comprehensive Digital Fabrication:** The curriculum bridges subtractive (milling) and additive (3D printing) methods, reflecting a modern lab's hybrid production environment. This dual focus teaches technicians how to choose the optimal manufacturing path—such as milling a monolithic zirconia crown for strength or 3D printing a PMMA temporary—based on the clinical case, material properties, and turnaround time.
**Sponsored Technology Ecosystem:** The course is supported by key industry players, including SprintRay, alliedstar, and exocad, highlighting the integrated nature of digital dentistry. For a technician, this underscores the importance of mastering interconnected technologies, where a design created in exocad CAD software must be flawlessly executed by a CNC dental milling machine using precise, compatible milling burs to achieve a clinically acceptable restoration.

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Streamlining CAD/CAM Milling Workflows: How Zirkonzahn.Archiv Plus Enhances Digital Dentistry Efficiency

Published: 2026-08-05 | Source: : Zirkonzahn Worldwide

Key Takeaways

**Automated Data Transfer Minimizes Production Bottlenecks:** Zirkonzahn.Archiv Plus ensures case data moves automatically between different software modules, eliminating manual file exports and imports. For a lab technician, this means that once a restoration is designed, the milling coordinates for your CNC dental machine—whether you are using a glass ceramic, zirconia, or PMMA blank—are pushed seamlessly to the CAM software without re-entry, reducing human error and idle machine time.
**Integrated Workflow Preserves Restoration Fidelity:** By keeping every step connected, the software maintains data integrity from planning to production. This is critical when selecting specific dental burs for different materials; if the design specifies a margin geometry suited for a fine diamond-coated milling bur on a zirconia crown, the automated workflow ensures the CAM strategy correctly applies that exact toolpath without manual reinterpretation, preserving the marginal fit.
**Optimized Organization for High-Volume Labs:** The system organizes case data in a fast, structured manner, which directly impacts the efficiency of managing multiple milling jobs. A technician can batch-process sintered zirconia frameworks and glass-ceramic inlays knowing that the Archiv Plus has already sorted the associated files, allowing for a predictable queue in the milling machine and a more organized post-processing sintering or crystallization schedule.

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Streamlining the Digital Dental Laboratory Workflow with the Blank Organiser 80 for Milling

Published: 2026-08-07 | Source: : Zirkonzahn Worldwide

Key Takeaways

**Centralized Blank Management for Glass Ceramic and Zirconia:** The Blank Organiser 80 is a rotating holder that stores up to 80 blanks with diameters of 95 mm and 98 mm. This organized system allows technicians to pre-load a wide range of restorative materials, from glass ceramic to zirconia, significantly reducing the manual handling and search time required to find the correct blank for a specific CAD/CAM milling job.
**Seamless Software Integration for CNC Dental Efficiency:** The unit integrates directly with Zirkonzahn.Nesting and Zirkonzahn.Fräsen software. This means the digital workflow is fully connected: the nesting software knows exactly which blank is in which position, and the milling software automatically calls for the correct material, minimizing human error and maximizing the efficiency of your CNC dental milling unit.
**Optimized for High-Volume Dental Laboratory Production:** By enabling the organized storage of 80 blanks, this accessory turns a standard milling unit into a more autonomous production station. For a busy dental laboratory, this translates to extended unattended milling runs, especially overnight, which dramatically increases output without requiring additional technician time.
**Protecting Material Integrity with Smart Storage:** The design of the Blank Organiser 80 is not just about organization but also about protecting the blanks from damage and contamination. Proper, dedicated storage prevents chipping of delicate glass ceramic blocks and keeps the bonding surfaces of zirconia and PMMA discs clean, ensuring the final dental restoration meets the highest quality standards.

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Beyond CAD/CAM Milling: What the Burning Wo-Man Festival Teaches Dental Lab Technicians About Team Longevity

Published: 2026-08-05 | Source: : Zirkonzahn Worldwide

Key Takeaways

**Burnout prevention is a milling strategy for the mind:** Just as a dental lab technician monitors spindle load and tool wear on a CNC dental machine to prevent catastrophic failure, mental fatigue must be managed proactively. Zirkonzahn’s Burning Wo-Man Festival, held in the South Tyrolean mountains, intentionally removes the team from the precision-driven world of glass ceramic and zirconia milling to reset cognitive focus, proving that scheduled disconnection is a critical maintenance protocol for long-term technical accuracy.
**Intergenerational knowledge transfer happens outside the digital workflow:** The festival’s core mission of bringing generations together through music and shared moments mirrors the lab’s need to bridge the gap between veteran master ceramists and young CAD/CAM designers. Informal, non-hierarchical environments like this event foster the kind of trust and open communication that makes passing down tacit knowledge about restorative margins and material behavior far more effective than screen-sharing alone.
**Atmosphere directly impacts restorative quality:** A lab environment dominated by the constant whine of milling burs and deadline pressure can lead to tunnel vision and marginal errors. By investing in a completely different kind of experience—a unique atmosphere away from dental technology—Zirkonzahn demonstrates that the sensory contrast of a mountain festival sharpens the perceptual skills a technician needs when they return to the bench to assess the subtle translucency of a PMMA provisional or the fit of a sintered zirconia framework.

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Ranger School: A 3-Month Digital Dentistry Adventure to Sharpen CAD/CAM and Milling Skills

Published: 2026-08-05 | Source: : Zirkonzahn Worldwide

Key Takeaways

**Immersive skill-building beyond the bench**: The Zirkonzahn Ranger School is a three-month programme designed for young dental technicians to move beyond routine lab work. It combines intensive hands-on training with teamwork and adventure, pushing participants out of their comfort zone to accelerate professional growth in digital dentistry.
**Practical mastery of Zirkonzahn workflows**: While the programme focuses on personal development, the technical core revolves around Zirkonzahn’s smart innovations — including their CAD/CAM systems and materials like zirconia and PMMA. Technicians gain deep, practical experience in digital design and milling processes, directly applicable to producing high-precision restorations.
**Direct pathway to professional excellence**: The school’s stated mission is to make clients the best, and this programme extends that philosophy to the next generation. By completing the Ranger School, technicians not only refine their technical abilities with advanced restorative materials but also build the confidence to tackle complex cases in their own dental laboratories.
**Application is open now**: Interested technicians can apply by sending their application to [email protected]. This is a selective opportunity to train with a global leader in digital dental technology.

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Milling Breakthroughs and Digital Passion from exocad Insights 2026: What Lab Techs Need to Know

Published: 2026-06-08 | Source: : Voices from The Bench

Key Takeaways

**Ivoclar PrograMill 7 Upgrade Signals a Shift in CNC Dental Milling:** The new mill features significantly reduced air consumption and a more powerful spindle. For technicians handling large cases with complex geometries, this increased spindle power directly translates to better milling results in tough materials like glass ceramic and zirconia, while the new touchscreen simplifies machine operation.
**exocad Hub and AI Are Redefining Digital Dentistry Workflows:** The newly introduced exocad Hub offers cloud-based capabilities, while AI-driven tools are now embedded in DentalDB for efficient batch processing. Lab technicians can expect to automate repetitive design tasks, freeing up time for more complex, high-value restorative work and collaboration.
**Mastering In-House Milling Requires Embracing the Learning Curve:** Dora Rodrigues, a certified exocad trainer and lab owner, shared her experience of bringing milling in-house. The process involves a steep learning curve, but mastering complex workflows like designing split bars and partial CAD frameworks is transformative, giving technicians full control over the final fit and surface finish of restorations.
**Craftsmanship and Mentorship Still Drive the Dental Laboratory:** Oral Design International Foundation members Pinhas Adar and Javier Perez emphasized that the legacy of Willi Geller—built on passion, respect, and sharing knowledge—remains critical. Even in a digital world, face-to-face mentorship and a focus on craftsmanship elevate a technician from a production worker to a respected member of the restorative team.

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Fast-Fire Zirconia & CAM Training: Practical Insights from the Ivoclar Academy for Dental Labs

Published: 2026-08-03 | Source: : Voices from The Bench

Q1: I’m skeptical that fast-firing protocols can deliver predictable, high-quality zirconia restorations. What does Ivoclar offer to address this concern?

A: Ivoclar’s new IPS e.max Zirconia includes multiple fast-fire protocols specifically engineered to reduce production time while maintaining consistent aesthetic and mechanical outcomes, challenging the assumption that speed compromises quality.

Q2: Our lab is evaluating CAM software for a new full-arch milling system like XTCERA. What made hyperDENT stand out in a real-world implementation?

A: In Knight Dental’s launch of SimplyARCH Studio, hyperDENT was selected over other CAM solutions because it delivered exceptional milling quality with minimal hand finishing, high production efficiency, and a team that provided workflow-optimization knowledge beyond basic software training—ensuring long-term success for complex full-arch cases.

Q3: I’ve been using ProgramMill CAM for basic milling, but I suspect there are hidden capabilities I’m not leveraging. How can I unlock them?

A: Alyse Hifko from Ivoclar points out that many users never realize the advanced capabilities already built into their CAM software. The Ivoclar Academy now offers advanced ProgramMill CAM training that goes far beyond initial installation, helping technicians uncover these hidden features to maximize their milling workflow and efficiency.

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Digital Dentistry’s Missing Instrument: Why Your CAD/CAM Milling Burs Can’t Replace the Phone Call

Published: 2026-06-08 | Source: : Margins & Meaning with John Wilson

Key Takeaways

**The portal has quietly removed the conversation from dental laboratory work.** A clean digital file arriving without a phone call used to be unusual; now it is standard. While this makes case intake faster, it strips away the verbal context—shade nuances, preparation challenges, patient expectations—that a technician needs before selecting the right restorative material and milling strategy.
**Digital tools accelerate production but cannot carry judgment, partnership, or accountability.** CAD/CAM systems and precision milling burs for glass ceramic or zirconia make fabrication cheaper and faster, yet the value of a dental lab now resides in the collaborative dialogue that no portal can replicate. When a margin design or material choice is questionable, a technician’s phone call can prevent a remakes that cost far more than the time spent talking.
**Even experienced technicians can drift toward comfort and avoid hard calls.** John Wilson admits that with his best clients, he let things slide toward easier, fewer conversations—and nobody automated that away from him. For lab owners, protecting margins means actively restoring the telephone as a clinical instrument, especially before loading a zirconia or PMMA block into the CNC dental milling machine.
**What you cannot download is where the value lives.** The episode underscores that the irreplaceable asset in a dental laboratory is not the equipment—Sirona CEREC mills, Imes-icore machines, or Amann Girrbach systems—but the technician’s willingness to pick up the phone and exercise judgment before the milling burs ever touch the material.

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Extending Dental Bur Life in CNC Dental Milling: Wet Mill Maintenance & Storage Essentials

Published: 2026-06-09 | Source: : DGSHAPE Americas, A Roland DG Group Company

Key Takeaways

**Routine cleaning prevents premature wear of dental burs:** After each milling cycle, residual glass ceramic or zirconia slurry builds up on tool surfaces and collet seats. Cleaning burs immediately with a soft brush and dedicated cleaning solution removes abrasive debris that would otherwise cause runout and uneven cutting edges.
**Proper storage directly impacts restorative accuracy:** Storing milling burs loosely in a drawer invites micro-chipping from tool-to-tool contact. Use individual holders or the original packaging to maintain sharp cutting edges — even a 5µm edge defect can translate into marginal gaps in the final restoration.
**Collet and spindle hygiene is as critical as bur cleanliness:** Residual material inside the collet bore creates clamping asymmetry, leading to vibration and reduced tool life. Wipe collet internals with a lint-free swab after every job, and inspect for scoring or corrosion weekly.
**Dry tools completely before storage to prevent corrosion:** Wet milling tools left with moisture on the shank develop rust spots that compromise concentricity. A quick air-blow followed by a desiccant-lined storage container keeps tungsten carbide and coated burs in optimal condition between jobs.

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Flexmon® Partials: Redefining Metal-Free CAD/CAM Partials for the Digital Dental Laboratory

Published: 2026-06-12 | Source: : Zirkonzahn Worldwide

Key Takeaways

**Single-Material Digital Workflow:** Flexmon® Partials are digitally designed and precision-manufactured entirely from one base material, eliminating the traditional multi-step, multi-material process. This streamlines production in the dental laboratory, reducing complexity and potential error points when fabricating removable partial dentures.
**Metal-Free, Aesthetic Alternative:** As a new generation of metal-free partial dentures, Flexmon® Partials address the growing patient demand for aesthetic, biocompatible restorations without metal clasps. This material choice directly impacts the final restoration’s visual appeal, making it a strong option for cases where conventional metal frameworks are aesthetically unacceptable.
**Efficiency Through Digital Integration:** The workflow leverages a fully digital design-to-manufacture chain, which aligns with modern CNC dental milling systems. For a lab technician, this means predictable, high-quality results with less manual finishing, directly improving turnaround time for partial denture cases.

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Practical Milling Troubleshooting: Insights from the Field for Dental Lab Technicians

Published: 2026-06-12 | Source: : DGSHAPE Americas, A Roland DG Group Company

Q1: What are some common real-world challenges that can occur during the dental milling process, and how can a lab technician prepare for them?

A: According to Greg Everett of Denteon, challenges often extend beyond software and toolpaths to include physical machine issues and environmental factors. Technicians should be prepared for "service call nightmares" by developing a systematic approach to troubleshooting, which includes checking for proper machine calibration, monitoring spindle health, and ensuring stable power and air pressure before assuming a software or CAD/CAM file error.

Q2: How can creative problem-solving improve workflow efficiency in a dental laboratory using CNC dental milling machines?

A: Greg Everett emphasizes that creative problem-solving in the lab, such as optimizing toolpath strategies for different materials like glass ceramic or zirconia, can significantly reduce milling time and extend the life of milling burs. By analyzing failures and adapting workflows—for instance, adjusting feed rates or rethinking nesting strategies—technicians can overcome recurring production bottlenecks without necessarily investing in new hardware.

Q3: What is the value of field experience when managing a fleet of Roland DWX milling systems or similar CNC dental equipment?

A: The conversation between Brian Kinard and Greg Everett highlights that field experience provides an irreplaceable understanding of machine behavior under real production conditions. This hands-on knowledge allows technicians to preemptively identify signs of wear in critical components like collets and spindles, and to make informed decisions on maintenance intervals that keep the laboratory running efficiently, lessons that are rarely documented in standard manuals.

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Fast-Fire Zirconia & Full-Arch Milling: Streamlining Your Dental Laboratory Workflow

Published: 2026-07-27 | Source: : Voices from The Bench

Key Takeaways

**IPS Emax Zirconia fast-fire protocols can reduce production time while maintaining consistent results:** Ivoclar’s new IPS Emax Zirconia offers multiple fast-fire protocols specifically designed to save valuable lab time without sacrificing the predictable, high-quality outcomes technicians rely on. For labs looking to boost efficiency, reaching out to a local Ivoclar representative is a practical first step to integrate these protocols into your sintering workflow.
**Dedicated full-arch production environments demand specialized CAM software for optimal milling:** Knight Dental’s SimplyARCH Studio, built exclusively for full-arch restorations, evaluated multiple CAM solutions before selecting hyperDENT. The key deciding factors were exceptional milling quality, minimal hand-finishing requirements, and impressive production efficiency—all critical when using an XTCERA milling system for complex cases.
**Implementation support is as vital as the software itself for complex workflows:** hyperDENT stood out not just for its advanced milling strategies, but because the team provided shared knowledge and experience to help build an optimized workflow from day one. For dental labs adopting new digital dentistry tools, prioritizing vendors that offer genuine process-building expertise—not just software training—can ensure long-term success in full-arch production.

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Streamlining Digital Dentistry Workflows with QR-Coded Case Retrieval in Zirkonzahn.Archiv Plus

Published: 2026-07-28 | Source: : Zirkonzahn Worldwide

Key Takeaways

**Instant case identification via unique QR codes:** Zirkonzahn.Archiv Plus generates a distinct QR code for each dental restoration case, eliminating manual searching through digital archives. This feature is particularly valuable for labs managing high volumes of CAD/CAM-milled restorations, where quick access to the correct design file directly impacts milling turnaround time.
**Seamless integration into the digital laboratory environment:** The QR code can be attached to physical model boxes, work pans, or job tickets, bridging the gap between the physical lab bench and the CNC dental milling software. By scanning the code, a technician instantly retrieves the associated digital dataset, reducing the risk of loading an outdated STL file into the CAM software for a glass ceramic or zirconia milling job.
**Error-proofing restorative workflows:** This system minimizes human error by ensuring that the digital design, nesting strategy, and material parameters (e.g., for sintering zirconia) are always linked to the correct physical case. For a dental laboratory, this means fewer remakes due to file mix-ups, directly conserving costly milling burs and material blocks.

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Chairside Milling with Perfit Ovis: CAD/CAM Workflow Insights for the Dental Laboratory

Published: 2026-07-27 | Source: : Voxel Dental

Q1: How steep is the learning curve for a technician transitioning from a traditional lab milling system to the new Perfit Ovis Chairside Mill?

A: According to Dr. Cordell Lake’s feedback, the workflow is remarkably easy to learn, allowing for a smooth implementation directly into daily practice without extensive retraining.

Q2: What kind of support does Voxel Dental provide to ensure a dental laboratory can successfully integrate the Perfit Ovis mill’s digital dentistry workflow?

A: Voxel Dental delivers the practical know-how required for full implementation, guiding technicians through the setup and operational nuances so the chairside milling system becomes productive quickly.

Q3: Can a compact chairside mill like the Perfit Ovis handle the restorative material demands typically managed by larger in-lab CNC dental machines?

A: Dr. Lake’s first-hand account confirms the Perfit Ovis is purpose-built for chairside efficiency, effectively processing restorative materials in a clinical setting, which suggests it can complement a lab’s existing CAD/CAM milling capacity for same-day dentistry cases.

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exocad Insights 2026: AI-Driven Batch Processing and CAD/CAM Workflow Innovations for the Dental Laboratory

Published: 2026-06-15 | Source: : Voices from The Bench

Key Takeaways

**AI-Powered Batch Processing in exocad DentalDB:** exocad introduced AI-driven tools within DentalDB specifically designed for efficient batch processing. For dental lab technicians, this means significantly reduced design time for common restorative cases (crowns, bridges) by automating repetitive steps, allowing a single technician to manage higher output without sacrificing precision — a direct boost to laboratory productivity in CAD/CAM digital dentistry.
**Cloud-Based exocad Hub for Streamlined Collaboration:** The new exocad Hub offers cloud-based capabilities that centralize case management and data sharing. Technicians can transfer design files, collaborate with clinicians remotely, and integrate seamlessly with milling machines (such as those compatible with SINCEN Dental’s zirconia or PMMA burs) without manual file transfers, reducing errors and turnaround time.
**Real-World Validation Before Clinical Deployment:** Felix from Imagine USA emphasized that his team tests new exocad features through their own production facility first. This practical approach ensures that updates — like AI batch processing or new material libraries for glass ceramic and zirconia — perform reliably under actual milling and sintering conditions before reaching customers, a critical insight for labs relying on CNC dental burs and consistent output.
**Digital Workflow Integration with Ivoclar Materials:** Andreea Bordea, a ceramist and lab owner, highlighted her transition from analog techniques to a full exocad digital workflow using Ivoclar materials, including zirconia. Her experience underscores the importance of matching CAD/CAM design parameters with specific material properties — such as adjusting spindle speed and toolpath strategies when using glass ceramic or zirconia burs — to achieve optimal restoration fit and aesthetics.

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How Zirkonzahn.Archiv Plus Streamlines CAD/CAM Data Management for Dental Lab Technicians

Published: 2026-06-16 | Source: : Zirkonzahn Worldwide

Q1: As a dental lab technician working with CAD/CAM, I handle many file types from different scanners and design software. How does Zirkonzahn.Archiv Plus help me keep everything organized?

A: Zirkonzahn.Archiv Plus allows you to import different file types of any size and manage all your data in one place. This eliminates the need to juggle multiple folders or software, giving you a centralized hub for all your digital restoration files, from scans to final designs.

Q2: Can I preview my restorations before milling them with my CNC dental machine, without opening the full design software?

A: Yes, Zirkonzahn.Archiv Plus offers instant preview functionality. You can visually inspect any imported file—whether it’s a glass ceramic or zirconia case—directly within the archive, saving time and streamlining your workflow before sending it to milling.

Q3: Is this software designed specifically for Zirkonzahn systems, or can it work with files from other CAD/CAM sources?

A: While developed by Zirkonzahn, the software is built to handle various file types of any size, making it a versatile data management tool for any dental laboratory. It helps you organize files regardless of the original scanner or design software used.

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CAD/CAM Milling Burs from Zirkonzahn: Digital Dentistry Innovations for Dental Laboratories

Published: 2026-07-23 | Source: : Zirkonzahn Worldwide

Key Takeaways

Zirkonzahn develops smart CAD/CAM innovations for the dental sector, with a core mission to make their clients the best in digital dentistry. Their homeland identity shapes their precision-driven approach to restorative workflows.
For dental laboratories using CNC dental systems, Zirkonzahn’s milling burs are engineered for high-performance milling of glass ceramic, zirconia, PMMA, and metal blocks. Compatibility spans major platforms like Sirona CEREC, Imes-icore, Amann Girrbach, Roland DWX, VHF, and Datron.
Practical tip: When selecting milling burs for sintering-ready zirconia, prioritize bur geometry optimized for wet vs. dry milling to minimize chipping and extend bur life. Zirkonzahn’s burs are designed to integrate seamlessly with their own CAD/CAM software and hardware ecosystem.
Follow Zirkonzahn on Facebook, LinkedIn, Instagram, Telegram, and TikTok for ongoing technical updates and case studies on restorative milling techniques.

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Digital Dentistry and the Human Touch: Why 43 Years at the Bench Still Matters for CAD/CAM Milling

Published: 2026-06-16 | Source: : Margins & Meaning with John Wilson

Key Takeaways

**Experience vs. Digital Efficiency:** Even after 43 years, a master technician’s tactile evaluation of a full-arch restoration—checking value and light refraction—remains irreplaceable. For lab techs using CAD/CAM milling, this means digital tools should augment, not replace, your visual and tactile judgment, especially for complex cases.
**The Value of Hand Skills in a Milling Era:** Newcomers who skip wax-ups and go straight to a screen may miss foundational understanding. When milling glass ceramic or zirconia, remember that the physical properties and final esthetics are still governed by the same principles of anatomy and light interaction that a wax-up teaches.
**Protect Your Margins, Protect Your Meaning:** The phrase “protect your margins” applies both to restoration fit and to your professional identity. In a digital lab, precise margin design in the CAD software and careful selection of dental burs for milling are critical. But the deeper meaning is: your craftsmanship is worth more shared than guarded—teach others while refining your own digital workflow.
**Resentment as a Signpost:** Feeling threatened by digital dentistry is normal, but it often masks a deeper question: “Am I still necessary?” The answer is yes—your expertise in milling burs, material handling, and final finishing is the bridge between a CAD file and a lifelike restoration.

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Streamline Your Digital Workflow: Efficient Case Data Management for Dental Laboratories with Zirkonzahn.Archiv Plus

Published: 2026-07-22 | Source: : Zirkonzahn Worldwide

Key Takeaways

**Centralized Data Import & Organization:** Zirkonzahn.Archiv Plus allows you to import, organize, and classify all case files—including scans, CAD/CAM designs, and milling data—into a single, searchable archive. This eliminates scattered files and reduces the risk of data loss, directly supporting a clear digital workflow.
**Reuse for Efficiency:** The software enables you to quickly reuse existing case data, such as previous restorations or patient records, for new cases. This saves time on repetitive data entry and ensures consistency across multiple restorations, particularly useful for complex full-arch or implant cases.
**Connected Digital Ecosystem:** Archiv Plus integrates seamlessly with other Zirkonzahn CAD/CAM software, creating a connected digital pipeline from case intake to final restoration. This minimizes manual file transfers and errors, allowing technicians to focus on fabrication rather than data management.
**Practical Lab Tip:** For labs handling high volumes of cases, implement a consistent classification system (e.g., by patient name, case type, or material) within Archiv Plus. This will drastically speed up retrieval and reuse of data, improving turnaround times for milling and sintering processes.

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Key Takeaways: exocad Cloud & AI Batch Processing for Dental Laboratories

Published: 2026-06-22 | Source: : Voices from The Bench

Key Takeaways

**exocad Hub cloud integration streamlines lab workflow:** The new exocad Hub enables cloud-based capabilities, allowing labs to manage cases, share data, and collaborate remotely. This reduces dependency on local servers and facilitates multi-site operations.
**AI-driven batch processing in DentalDB boosts efficiency:** Powerful AI tools inside DentalDB now support efficient batch processing, automating repetitive tasks like case sorting and preliminary design adjustments. Labs can process multiple restorations simultaneously, saving significant time.
**Real-world validation before deployment:** Imagine USA tests new exocad features in their own production facility before offering them to customers. This ensures that cloud and AI tools perform reliably under actual lab conditions, minimizing downtime and errors.
**Ivoclar PrograMill 7 delivers increased spindle power:** The new mill features a more powerful spindle, enabling faster and more precise milling of materials like glass ceramic and zirconia. Its reduced air consumption also lowers operational costs, making it a practical upgrade for high-throughput labs.

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AI in the Dental Lab: How CAD/CAM and Milling Burs Benefit from Smarter Workflows

Published: 2026-07-21 | Source: : DGSHAPE Americas, A Roland DG Group Company

Q1: How is AI actually being used in dental labs today to improve milling and restoration quality?

A: AI is already streamlining case intake, design automation, and production efficiency. For example, AI-powered software can automatically detect margin lines and suggest optimal milling strategies, reducing manual adjustments and errors when using CAD/CAM systems and milling burs.

Q2: What’s the next practical step for AI in dental lab production?

A: AI is moving toward predictive quality control—analyzing milling parameters and material behavior (like glass ceramic or zirconia) in real time to prevent tool breakage or chipping. This means fewer failed restorations and longer life for milling burs.

Q3: Does AI require expensive new equipment, or can it work with existing digital workflows?

A: Most AI applications are software-based and integrate with current CAD/CAM platforms and milling machines. Labs can adopt AI features incrementally—starting with design automation or toolpath optimization—without replacing their existing dental laboratory hardware.

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Fast-Firing Zirconia and Full-Arch Milling: Key Efficiency Gains for Your Dental Lab

Published: 2026-07-20 | Source: : Voices from The Bench

Key Takeaways

**Fast-firing zirconia boosts lab efficiency without sacrificing quality.** The new IPS e.max Zirconia offers multiple fast-fire protocols that save valuable production time while maintaining consistent, predictable outcomes. Labs can now streamline sintering workflows, directly reducing turnaround times for monolithic zirconia restorations.
**For complex full-arch cases, CAM software selection is critical to reducing hand finishing.** Knight Dental’s SimplyARCH Studio chose hyperDENT after evaluating multiple options, citing exceptional milling quality and minimal need for post-processing. The key differentiator was hyperDENT’s implementation support: beyond software training, they provided expertise in building optimized milling strategies for full-arch production.
**Shade-matching technology directly reduces remake rates, improving lab profitability.** The OptiShade camera and Matisse software create highly accurate shade recipes for monolithic zirconia, layered ceramics, and even gingiva. By getting the shade right the first time, labs reduce costly remakes—benefiting both the lab and the referring doctor.
**Modular milling systems and open architecture support scalable, future-proof lab setups.** Zirkonzahn’s approach, as discussed by Kaveh Shams, emphasizes modular CNC systems and open CAM strategies. This allows labs to adapt to evolving workflows—such as full-arch or implant cases—without being locked into a single vendor ecosystem.

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CAD/CAM Zirconia Full-Arch Rehabilitation: Digital Workflow from NHP Recording to Final Crown Cementation

Published: 2026-07-20 | Source: : Zirkonzahn Worldwide

Q1: How do you capture and transfer the patient’s natural head position (NHP) into the virtual articulator for a full-arch zirconia case?

A: Use the Head Tracker and Zirkonzahn.App to digitally record the NHP and reference planes. These data are automatically aligned in the virtual articulator of the Zirkonzahn.Modifier software, ensuring accurate jaw relation without manual mounting errors.

Q2: What is the role of the Snoring Bite function in the Bite Splint module during minimally invasive preparation?

A: After digital design and mock-up try-in, the Snoring Bite function generates occlusal prep guides. These guides define the exact reduction needed for the 28 single crowns, allowing the technician to prepare the teeth with minimal tissue removal and consistent clearance for the final Prettau® 3 Dispersive® zirconia restorations.

Q3: Why produce radiopaque single crowns from Exmon® Basic X-Ray before final milling?

A: To verify the fit and marginal adaptation of the designed crowns in the patient’s mouth. The radiopaque material allows radiographic checking of the prep guides and interim restorations, ensuring the final Prettau® 3 Dispersive® crowns will seat perfectly before infiltration with Colour Liquids Prettau® Aquarell Boost® and minimal veneering.

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Streamlining Digital Dentistry: How QR Codes in Zirkonzahn.Archiv Plus Speed Up Case Access for Dental Laboratories

Published: 2026-06-23 | Source: : Zirkonzahn Worldwide

Q1: As a dental lab technician managing multiple CAD/CAM cases daily, how can the QR code function in Zirkonzahn.Archiv Plus help me find the right project faster?

A: The QR code function instantly links a physical case (e.g., a model or restoration) to its digital project in the archive. Simply scan the code attached to the physical item to open the corresponding case file in seconds, eliminating manual searching through lists.

Q2: Does this QR code feature integrate directly with my existing digital workflow, or do I need extra hardware?

A: It is a built-in function of Zirkonzahn.Archiv Plus, requiring no additional hardware beyond a standard QR code scanner or a smartphone/tablet camera. This allows seamless integration into your lab’s digital workflow, from scanning and design to milling and sintering.

Q3: Can the QR code system help reduce errors when matching physical restorations to their digital files during post-processing steps like sintering or finishing?

A: Yes. By scanning the QR code on a milling block or restoration puck, you instantly access the exact project data (material, design parameters, sintering schedule), minimizing the risk of mixing up cases or applying incorrect post-processing protocols.

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exocad AI Tools & Fast-Firing Zirconia: Streamlining CAD/CAM Workflows for Dental Labs

Published: 2026-06-29 | Source: : Voices from The Bench

Q1: How can dental labs leverage exocad’s new AI-driven tools, like AI Crown and Crown Finalization, to speed up production without sacrificing quality?

A: These tools, demonstrated at exocad Insights, automate batch processing and crown design finalization within DentalDB, reducing manual steps for high-volume crown production. For labs using CAD/CAM systems, this means faster turnaround on restorative cases while maintaining design flexibility.

Q2: What practical benefits does fast-firing zirconia offer for a busy dental laboratory, and how does it integrate with existing milling workflows?

A: IPS Emax Zirconia provides multiple fast-fire protocols that save production time while delivering consistent, high-quality results. Lab technicians can directly integrate these protocols into their existing milling and sintering cycles, streamlining the entire restorative workflow from CAD design to final firing.

Q3: How does exocad’s flexibility extend beyond traditional restorative work, and what does that mean for lab technicians?

A: Exocad is used for custom grills, jewelry, and even automotive parts, showcasing its versatility. For dental lab technicians, this flexibility means the same software can handle diverse case types, from single crowns to complex custom restorations, without needing separate platforms.

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Milling Burs and the Uncopyable: What Dental CAD/CAM Can’t Replicate

Published: 2026-06-29 | Source: : Margins & Meaning with John Wilson

Q1: Can a dental milling machine or CNC system truly capture and reproduce the full expertise of a master dental technician?

A: No. The reference suggests that while a machine can hold data and replicate physical forms, the intangible judgment, experience, and artistry that define a technician’s best work are fundamentally uncopyable. The “part of you that was never going to copy” remains irreplaceable by any digital process.

Q2: How should a dental lab balance the efficiency of CAD/CAM milling with the need for high-quality, meaningful restorative work?

A: The core insight is to protect your “margins and meaning.” This means using digital tools like milling burs and CAD/CAM to eliminate drudgery and repetitive tasks, freeing up your sharpest hours and focus for the beautiful, complex work that truly requires human skill and judgment.

Q3: What is the practical risk of relying too heavily on automated digital workflows for dental restoration production?

A: The risk is building a system you cannot fully control, where the unique value of human craftsmanship is lost to pure automation. The goal should be to use technology to enhance, not replace, the technician’s role, ensuring the final restoration benefits from both digital precision and human artistry.

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Mastering CAD/CAM Software Installation: A Guide for Dental Laboratory Workflows

Published: 2026-06-29 | Source: : DGSHAPE Americas, A Roland DG Group Company

Q1: What are the key steps to install the Elevate-Powered by Roland DGA hyperDENT CAM software for denture module use?

A: The installation process involves running the setup file, accepting license agreements, selecting installation directory, and configuring the software for your specific dental laboratory milling machine. Ensure your system meets the minimum requirements and that you have the correct license key before starting.

Q2: How does this CAM software integrate with existing dental laboratory workflows, particularly for milling dentures?

A: The software is designed to streamline the digital workflow from design to milling, directly importing denture design files and generating toolpaths optimized for various dental burs. It supports multiple materials like PMMA and resin, allowing for precise control over milling parameters.

Q3: What troubleshooting steps should a lab technician take if the installation fails or the software doesn’t recognize the milling machine?

A: First, verify that the USB or network connection to the milling unit is secure and that drivers are installed. Check the software’s device manager for any error messages, and ensure the correct post-processor for your specific CNC dental machine is selected. Restarting both the computer and the milling machine can often resolve common connection issues.

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How Zirkonzahn.Archiv Plus Simplifies Implant Component Registration for Efficient CAD/CAM Workflows

Published: 2026-06-30 | Source: : Zirkonzahn Worldwide

Q1: How does Zirkonzahn.Archiv Plus help me register implant components faster in my dental laboratory?

A: By scanning the QR code on the implant component packaging, the product data is instantly integrated into your CAD/CAM software, eliminating manual entry and reducing errors.

Q2: What practical benefit does this instant registration offer for my daily milling and restorative workflow?

A: It streamlines inventory management and component selection, allowing you to quickly access accurate digital libraries for restorative cases, which saves time and improves organization when designing and milling restorations.

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Key Takeaways: From Aerospace Engineering to Full-Arch CAD/CAM Milling — Lessons for Dental Labs on Zirconia Fast-Firing and CAM Software Selection

Published: 2026-07-06 | Source: : Voices from The Bench

Key Takeaways

**Fast-firing zirconia protocols are now viable for production labs:** IPS e.max Zirconia offers multiple fast-fire protocols that save valuable production time while maintaining consistent, high-quality outcomes. For lab technicians, this means you can reduce sintering cycle times without sacrificing material predictability or esthetics, directly improving throughput and profitability.
**CAM software selection for full-arch restorations should prioritize milling quality and hand-finishing reduction:** Knight Dental’s SimplyARCH Studio chose hyperDENT after evaluating multiple CAM solutions, citing exceptional milling quality, minimal hand finishing, and impressive production efficiency. For labs scaling into full-arch work, this underscores that the right CAM software is not just about toolpath generation—it’s about reducing post-milling labor.
**Aerospace engineering principles translate directly to digital dentistry success:** Felix Chung, founder of Imagine USA, applied his aerospace background to become a pioneer in custom implant abutments and titanium bars. His journey shows that understanding material science, precision machining, and system-level thinking—skills common in aerospace—are directly applicable to optimizing CAD/CAM workflows in the dental lab.
**Hiring great people is more important than selling great products:** Felix emphasizes that building a successful digital lab or supply company hinges on the team’s expertise and service mindset. For lab technicians, this means partnering with vendors who invest in technical support and knowledge transfer, not just hardware sales, is critical for long-term workflow success.

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Cloud-Based Case Management for Dental Laboratories: How Zirkonzahn.Archiv Plus Streamlines CAD/CAM Workflows

Published: 2026-07-07 | Source: : Zirkonzahn Worldwide

Q1: How does Zirkonzahn.Archiv Plus help me manage patient cases across different CAD/CAM systems and milling machines in my dental lab?

A: Zirkonzahn.Archiv Plus is a cloud-based archive software that centralizes case management, allowing you to import, organize, and access patient cases from any device. This eliminates the need to manually track files across multiple workstations, ensuring every project remains clear, secure, and ready for your digital workflow—from design to milling with your preferred burs.

Q2: Can I use Zirkonzahn.Archiv Plus to securely store and share case data with my team or external partners without risking data loss?

A: Yes, the cloud-based platform keeps all case data securely stored and accessible to authorized users. You can easily share cases with team members or partners, reducing the risk of lost files or version conflicts, and keeping your restorative projects—whether in zirconia, glass ceramic, or PMMA—organized from start to finish.

Q3: What practical steps should I take to start using Zirkonzahn.Archiv Plus in my lab’s existing digital workflow?

A: Simply sign up for the software, then import your existing patient cases into the cloud archive. Once organized, you can quickly retrieve and process cases on any connected workstation, integrating seamlessly with your CAD/CAM software and milling machines to maintain an efficient, paperless lab operation.

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Mastering Partial Denture Design with CAD/CAM: The Partial Planner Module for Metal-Free Flexmon® Partials

Published: 2026-07-13 | Source: : Zirkonzahn Worldwide

Q1: How does the Partial Planner module in Zirkonzahn.Modifier help me design a metal-free partial denture using the Flexmon® Partials system?

A: The module provides smart design tools specifically for creating metal-free partials. It integrates the STEGO workflow, guiding you through digital design steps to produce a framework that works with the Flexmon® system, eliminating the need for traditional metal clasps.

Q2: What practical advantage does the STEGO workflow offer during the digital design of a partial denture?

A: The STEGO workflow streamlines the design process by automating key steps, such as setting undercut blockouts and connector placements, which reduces manual adjustments and ensures the final restoration fits accurately with the Flexmon® Partials components.

Q3: Can I try the Partial Planner module before committing to a full license, and how?

A: Yes, you can explore the module for free using the Zirkonzahn.Modifier Try & Go licence, which gives you temporary access to evaluate its partial denture design capabilities in your lab.

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Full-Arch CAD/CAM Milling: hyperDENT & Fast-Fire Zirconia Strategies for Dental Labs

Published: 2026-07-13 | Source: : Voices from The Bench

Key Takeaways

**hyperDENT CAM for full-arch milling:** Knight Dental’s SimplyARCH Studio chose hyperDENT for its XTCERA milling system due to exceptional milling quality, minimal hand finishing, and high production efficiency. The key differentiator was hyperDENT’s implementation process—they provided workflow optimization expertise, not just software training, ensuring long-term success for complex full-arch cases.
**Fast-firing zirconia protocols:** Ivoclar’s IPS Emax Zirconia offers multiple fast-fire protocols designed to save production time while maintaining consistent, predictable results. Labs can improve efficiency without sacrificing quality, making it a practical option for high-throughput workflows.
**Lab management across multiple facilities:** Enja Dorjchuluun from Sakr Dental Arts highlights the challenges of managing a lab spread across multiple buildings and the importance of investing in people (training, education, state associations) as much as technology.
**50-year CDT career insights:** Morris Fucarino’s journey from belt-driven handpieces to modern digital workflows underscores that craftsmanship and pride in work remain timeless, even as technology evolves.

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Streamline Your Digital Dentistry Workflow: Importing Scans, DICOM, and DATEXT into Zirkonzahn.Archiv Plus

Published: 2026-07-14 | Source: : Zirkonzahn Worldwide

Key Takeaways

**Centralized Data Management for CAD/CAM Efficiency:** Zirkonzahn.Archiv Plus acts as a single platform to import and organize all digital case data—including intraoral scans, DICOM files from CBCT, documents, images, and DATEXT data. This eliminates file-switching and streamlines the restorative workflow from diagnosis to milling.
**Practical Import Workflow for Dental Labs:** The platform supports importing various file types directly, allowing lab technicians to consolidate patient records and case information in one place. This integration reduces data silos and speeds up case setup for subsequent CAD/CAM design and milling with compatible systems.
**Enhanced Collaboration and Documentation:** By organizing scans and DICOM data alongside documents and images, Archiv Plus improves communication between clinicians and labs. Technicians can access all relevant clinical data—like implant positions or bone structure from DICOM—without leaving the software, ensuring more accurate restorative planning.
**Scalable Solution for Modern Digital Labs:** Designed for labs handling multiple cases, Archiv Plus helps manage large volumes of digital data efficiently. Its import function supports a paperless, fully digital workflow, which is essential for labs using CAD/CAM systems for milling zirconia, glass ceramic, or PMMA restorations.

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Dental Laboratory Problem-Solving: Beyond Milling Burs and Default Workflows for Implant Overdentures

Published: 2026-07-13 | Source: : Margins & Meaning with John Wilson

Q1: When a case arrives with a note to "take it all out, start over," what technical options should a dental lab technician consider beyond the default removal?

A: Instead of defaulting to a single removal path, explore alternatives like spark erosion for precision bar attachments (Hader, Dolder), telescopic crowns, or converting to Locator-supported overdentures. These preserve margin integrity and avoid unnecessary milling of new substructures.

Q2: How can a dental lab technician present "good, better, best" options for implant overdenture cases without adding billable time?

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