DLC-coated milling burs for the Imes-icore 250i, designed for dry milling pre-sintered and multi-layer zirconia. Three head diameters—φ0.6mm, φ1mm, and φ2.5mm—with φ3mm smooth collet-clamped shanks cover roughing to fine detail on single crowns, bridges, full-arch frameworks, and implant abutments.
| Compatible Machines | IMES250, Imes-icore 250i |
|---|---|
| Interface Type | φ3mm Smooth Shank |
| Material Category | Zirconia |
| Configurations | 3 |
| Order No | Specification | Head Ø | Neck | Shank | Length | Inquiry |
|---|---|---|---|---|---|---|
| φ0.6mm | φ0.6×TL10×φ3×L48 | 0.6 | 10 | 3 | 48 | 1 |
| φ1mm | φ1×TL16×φ3×L48 | 1 | 16 | 3 | 48 | 1 |
| φ2.5mm | φ2.5×TL16×φ3×L48 | 2.5 | 16 | 3 | 48 | 1 |
The φ2.5mm head diameter is suited for roughing and bulk material removal. The φ1mm head handles semi-finishing and medium detail, while the φ0.6mm head is for fine detail, tight occlusal anatomy, and small margin areas.
These burs are not for metal, glass ceramic, or wet milling, and they are not compatible with Sirona CEREC MC, MC X, MC XL, or CEREC 3 machines due to their proprietary threaded shank interfaces.
All three configurations use a φ3mm smooth shank that is collet-clamped, compatible with the Imes-icore 250i and IMES250 spindle interface.
No. Sirona CEREC MC, MC X, and MC XL machines use a proprietary M3.5 threaded shank, not a φ3mm smooth shank. These burs are only for Imes-icore 250i and IMES250 machines.
The φ2.5mm head is suited for roughing and bulk material removal. The φ1mm head handles semi-finishing and medium detail. The φ0.6mm head is for fine detail, tight occlusal anatomy, and small margin areas.
They are intended for dry milling of pre-sintered zirconia and multi-layer zirconia, including single crowns, bridges, full-arch frameworks, and implant abutments.
Watch for visible edge rounding, increased cutting resistance, chipping on milled zirconia margins, or a dull surface finish. Replace the bur when any of these wear signs appear.
No. These burs are specified for dry milling only in a lab environment.
No. They are designed for pre-sintered and multi-layer zirconia only, not for metal or other hard materials.