Glass ceramic burs compatible with VHF milling machines.
VHF systems use different bur shank sizes and dimensions across models. Below is the complete bur compatibility table with specifications and usage recommendations — so you can match the right bur to your exact machine.
Data source: Sincen Dental 2025-2026 Product Catalog (Glass Ceramic Bur Specification Sheets)
| Bur Name | Specification |
|---|---|
| G-3-0.6 | φ0.6×TL6×φ3×L35 |
| G-3-1.0 | φ1.0×TL9×φ3×L35 |
| G-3-1.2 | φ1.2×TL10×φ3×L35 |
| G-3-2.4 | φ2.4×TL15×φ3×L35 |
Different materials require specific bur coatings and cutting geometries. Using the wrong bur type on a material causes poor surface finish, shortened tool life, or restoration fit issues.
Use electroplated diamond burs with micro-grain matrix. Coarse grit for roughing, fine grit for finishing. All our glass ceramic burs are optimized for e.max.
Requires special-coated burs to withstand abrasive zircon dust. Engineered to precisely mill enlarged frameworks accommodating the ~25% sintering shrinkage. Contact us for zirconia bur specs for your machine model.
Use resin-specific burs. Diamond burs are not recommended — they clog on soft materials and wear unevenly.
Requires tungsten carbide burs with specialized geometries. Do not use diamond burs on metal.
Sincen offers 4 VHF-compatible glass ceramic burs tailored for VHF Series: G-3-0.6, G-3-1.0, G-3-1.2, G-3-2.4. All are engineered with an electroplated diamond micro-grain matrix optimized for high-precision milling of lithium disilicate blocks.
Our VHF-compatible burs support: Glass Ceramic — electroplated diamond burs with micro-grain matrix
Zirconia — diamond-coated burs (contact for specs)
PMMA / Resin — resin-specific burs
Metal (CoCr/Ti) — tungsten carbide burs
Tell us your machine model and the material you mill — we will recommend the exact bur set with specifications and pricing.
* Bur specifications sourced from Sincen Dental official 2025-2026 product catalogs. For the most current data, please contact our sales team.