SINCEN Lava compatible zirconia milling burs are designed for dry milling of pre-sintered and multi-layer zirconia in Lava milling machines. The DLC coating reduces friction and material adhesion during cutting. Available in three head diameters with φ3mm smooth shanks, these burs support single crowns, bridges, full-arch frameworks, and implant abutments.
| Compatible Machines | Lava, Lava milling machine |
|---|---|
| Interface Type | φ3mm Smooth Shank |
| Material Category | Zirconia |
| Configurations | 3 |
| Order No | Specification | Head Ø | Neck | Shank | Length | Inquiry |
|---|---|---|---|---|---|---|
| φ0.6mm | φ0.6×TL9×φ3×L47/50 | 0.6 | 9 | 3 | 47 | 1 |
| φ1mm | φ1×TL16×φ3×L47/50 | 1 | 16 | 3 | 47 | 1 |
| φ2.5mm | φ2.5×TL16×φ3×L47/50 | 2.5 | 16 | 3 | 47 | 1 |
The φ2.5mm head diameter is suited for roughing and bulk material removal, the φ1mm for general shaping and occlusal anatomy, and the φ0.6mm for fine details, tight internal geometries, and margin areas.
These burs are not for milling metals, glass ceramics, or fully sintered zirconia, and are not intended for wet milling.
All three variants use a φ3mm smooth shank that is collet-clamped in the milling machine spindle.
They are compatible with Lava milling machines that accept φ3mm smooth-shank tools.
The DLC (diamond-like carbon) coating reduces friction and helps prevent zirconia dust from sticking to the cutting edges during dry milling.
Use the φ2.5mm bur for roughing and bulk material removal, the φ1mm bur for general shaping and occlusal anatomy, and the φ0.6mm bur for fine details, tight internal geometries, and margin areas.
Watch for visible edge rounding, chipping on the cutting edges, increased milling noise or vibration, or a decline in surface finish quality on the zirconia. Replace when these signs appear.
No, these burs are designed for dry milling of pre-sintered and multi-layer zirconia in lab environments.
No, they are intended only for pre-sintered zirconia and multi-layer zirconia. Use appropriate tooling for other materials.