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Place of Origin: | CHINA |
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Brand Name: | Beaming |
Certification: | CE |
Minimum Order Quantity: | 1 |
Price: | 11 - 17USD 1pcs |
Packaging Details: | Wooden crate |
Delivery Time: | 7-15 days |
Payment Terms: | T/T |
Supply Ability: | 1 pcs 7-15 days |
Highlight: | ZLSDental Milling Burs,0.6mm Dental Milling Burs,Streamlining Dental Milling Machine |
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Dental Milling Machine The Ultimate Solution for Streamlining Ceramic Production Stable cutting performance
Technology Integration Statement:
"This SiC-based system revolutionizes ceramic milling through tribological excellence and dynamic stability – delivering clinically proven margin integrity in glass-ceramic restorations with operational efficiency unattainable by conventional tools."
SiC-Armored Ceramic Burs
Featuring advanced silicon carbide (SiC) surface technology, these burs generate a high-density wear-resistant layer engineered exclusively for precision milling of ultra-hard brittle dental materials including glass-ceramics and zirconia-reinforced lithium silicates (ZLS).
Brittle Restorations: Full-contour crowns, veneers, and inlay/onlay fabrication
Critical Margin Machining: Thin-edge preservation and sharp line angle definition
High-Efficiency Processing: Rapid material removal without surface compromise
Multi-Layer Materials: Compatible with graded density ceramics
Advantage | Clinical Value |
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Superior Wear Resistance | SiC coating extends tool service life significantly |
Fracture Mitigation | Proprietary geometry prevents subsurface damage |
Efficiency-Integrity Balance | Maintains material removal rate while preserving marginal accuracy |
Thermal Control | Reduced heat transmission to workpiece |
Feature | Engineering Innovation |
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SiC Surface Technology | • Ultra-dense tribological layer • Optimized for ceramic abrasion |
Brittle-Material Geometry | • Cutting-edge design inhibits chipping • Enhanced debris evacuation |
Harmonic Suppression | • Vibration-damped shank system • Stable performance at high RPM |
Progressive Abrasion System | • Integrated grit transition • Unified surface finish control |
Edge Preservation Protocol | • Cutting force optimization • Critical margin protection |