Guangdong Beiming Technology Co., Ltd.
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Gradient-Coated Zirconia Burs
Expertly engineered for high-intensity zirconia processing while maintaining full compatibility with resin and wax materials. Featuring a diamond composite coating with hardness-gradient architecture, these burs deliver chip-free zirconia edges, non-deformed resin surfaces, and burr-free wax patterns in a single tool.
Final Restorations: Monolithic zirconia crowns/bridges and implant abutments
Provisional Fabrication: Resin temporary crowns and diagnostic models
Precision Patterns: Wax custom abutments and occlusal devices
Complex Hybrid Cases: Combined zirconia-resin-wax workflows
| Advantage | Technical Rationale |
|---|---|
| Multi-Material Mastery | Single-tool processing from zirconia to soft waxes |
| Flawless Surface Finish | Prevents chipping, melting, and burr formation |
| Streamlined Workflow | Eliminates tool-switching downtime |
| Extended Compatibility | Validated for dry and dry/wet milling systems |
| Feature | Engineering Innovation |
|---|---|
| Gradient Diamond Coating | • Ultra-hard front segments for zirconia abrasion • Flexible rear zones preventing soft material adhesion |
| Dynamic Debris Removal | • Helical anti-clog grooves • Material-optimized chip evacuation |
| Temperature-Controlled Geometry | • Heat-diffusing flute profiles • Non-melted resin assurance |
| Unified Shank System | Compatible Equipment: - Dry Milling: 5C, 10A - Dry/Wet Integrated: 5C PLUS, AY-2000 |
| Full-Specification Range | • Diameters: D0.3, D0.6, D1.0, D2.0 • Specialty: 1.5R0.1 radius bur |
Technology Integration Statement:
"This system achieves unprecedented multi-material versatility through segmented coating technology and thermal-managed geometry – enabling seamless transitions from provisional to final restorations while maintaining surface integrity across zirconia, resin, and wax substrates."