Hocera Aidite Milling Burs | Diamond CAD/CAM Tools

Hocera Aidite Milling Burs | Diamond CAD/CAM Tools

Key Features

  • Aidite compatible diamond-coated milling burs

  • 500+ unit lifespan for zirconia restorations

  • ≤0.1% chipping rate for predictable outcomes

  • Smooth surface finish reducing polishing labor

  • ISO 16401 certified manufacturing quality

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Hocera® Aidite Milling Burs for Dental CAD/CAM Systems

Diamond-Coated Precision Milling Tools Optimized for Aidite Machines

Hocera® Aidite milling burs are engineered specifically for Aidite dental CAD/CAM systems, delivering high-precision, stable cutting performance for modern digital dentistry workflows. Designed for zirconia-focused production, these diamond-coated milling burs ensure predictable results, long tool life, and minimal material damage.

By combining ultra-fine grain carbide bodies with advanced diamond-based coatings, Hocera burs achieve exceptional edge sharpness and wear resistance. As a result, dental laboratories benefit from cleaner margins, smoother surfaces, and significantly reduced polishing time.


Key Advantages for Dental Laboratories

First, Hocera Aidite milling burs support 500+ zirconia units per tool, dramatically reducing tool change frequency.
Second, optimized cutting geometry keeps the chipping rate below 0.1%, even in high-strength zirconia applications.
Finally, the ultra-smooth milled surface (Ra ≤0.15 μm) improves first-fit accuracy and shortens post-milling finishing procedures.

These advantages make Hocera burs ideal for high-volume dental labs, where consistency and cost control are critical.

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Hocera Dental Solutions | Premium CAD/CAM Tools for Dental Laboratories

Aidite milling burs | Dental CAD/CAM tools | Zirconia milling solutions | Long-life dental burs

Aidite System Compatibility

Hocera Aidite milling burs are fully compatible with:

  • Aidite AMD-500

  • Aidite AMW-520

  • Aidite AMW-400

This compatibility allows dental labs to standardize tooling, simplify inventory management, and maintain consistent milling parameters across machines.


Durability & Material Performance

Thanks to advanced DLC (Diamond-Like Carbon) and diamond-coating technologies, Hocera burs exhibit excellent wear resistance, corrosion resistance, and thermal stability. Therefore, they maintain sharp cutting edges throughout extended milling cycles.

Moreover, stable chip evacuation reduces vibration and heat buildup, protecting both restorations and milling spindles.


Why Dental Labs Choose Hocera for Aidite

  • Predictable milling behavior across batches

  • Reduced downtime and tool replacement costs

  • Improved surface quality and fit accuracy

  • Optimized for zirconia-centric digital workflows


Experience Precision with Hocera Aidite Burs

Request free samples and receive recommended milling parameters optimized for Aidite systems.

Parameter Specification Lab Benefit
Material Compatibility Zirconia, PMMA, Hybrid Ceramics Versatile workflows
Tool Lifespan 500+ units (zirconia) Lower cost per restoration
Surface Finish Ra ≤0.15 μm Less polishing required
Max RPM 60,000 RPM Stable high-speed milling
Manufacturing Standard ISO 16401 Consistent quality

Aidite milling burs

Dental milling cutter details

 

Precision & Performance Durability & Material Compatibility & Application
Ultra-fine grain carbide construction DLC (Diamond-Like Carbon) coating Compatible with Aidite AMD-500, AMW-520, and AMW-400 systems
High-precision CNC manufacturing Long lifespan with 200+ crowns per bur Suitable for milling zirconia, PMMA, and lithium disilicate
Stable quality with a sharp cutting edge Wear-resistant and high processing efficiency Ideal for dental laboratories and technicians
Excellent chip removal performance Consistent, high-quality results over extended use Compatible with leading CAD/CAM systems
Micro-grain carbide for fine detail milling Minimal tool wear for cost-effective usage Designed for both anterior and posterior restorations
Smooth surface finish with minimal polishing High hardness for precise edge contouring Available in sizes ranging from 0.3mm to 2.0mm
Low vibration during milling for enhanced accuracy Corrosion-resistant for extended tool life Open system compatibility for versatile applications
Consistent tool behavior for reliable performance High-speed cutting control for efficient workflows Trusted by dental professionals worldwide
Reduced tool change frequency due to durability Enhanced milling productivity with reduced downtime Supports a wide range of dental materials
Micro detail dental burs for intricate designs High stability in milling operations Optimized for both wet and dry milling processes

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