Hocera® Precision Milling Burs for Imes-icore CAD/CAM Systems
Introduction
In high-precision digital dentistry, milling accuracy is not determined by machines alone. Instead, cutting tools play a decisive role in surface quality, marginal integrity, and overall restoration consistency. For dental laboratories operating Imes-icore CAD/CAM systems, tool stability and lifespan directly impact productivity and cost control.
Hocera® Precision Milling Burs for Imes-icore systems are developed specifically for zirconia-focused and multi-material dental milling workflows. By combining nanocrystalline diamond coating technology with Imes-icore-optimized shank geometry, these burs deliver predictable cutting behavior, near-zero chipping, and extended tool life—even under continuous high-load production.
As a result, laboratories achieve higher first-fit success rates, reduced polishing time, and measurable cost savings across daily operations.
Description
Hocera Imes-icore compatible milling burs are engineered around one core objective: stable precision under real production conditions.
Unlike generic CAD/CAM burs, Hocera tools are designed with system-specific balance and tolerance control. Each bur maintains dimensional accuracy within ±5 μm, ensuring reliable performance at high spindle speeds commonly used in Imes-icore milling units.
Moreover, Hocera applies a proprietary nanocrystalline diamond CVD coating that forms a uniform cutting layer with sharp, evenly distributed diamond crystals. This structure minimizes cutting resistance while improving heat dissipation during zirconia milling. Consequently, marginal chipping is significantly reduced, and surface roughness after milling reaches Ra ≤0.12 μm—often eliminating the need for extensive manual polishing.
In addition, optimized flute geometry improves chip evacuation efficiency. By preventing material accumulation, the burs maintain cutting sharpness over extended cycles, which directly contributes to longer service life and consistent milling results from the first unit to the last.
Diamond Coating Options
Diamond-Coated (DC) Version
Designed for high-volume zirconia milling.
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Up to 500+ zirconia units per bur
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Ultra-hard nanocrystalline diamond coating
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Ideal for production-oriented Imes-icore workflows
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Approximately 20% lower cost per unit compared to standard burs
Diamond-Like Carbon (DLC) Version
Optimized for mixed-material production.
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Up to 150+ units across PMMA, wax, and hybrid ceramics
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Balanced durability and cutting smoothness
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Ideal for labs handling diverse restorative cases
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Approximately 15% cost reduction vs conventional tools
Why Choose Hocera
Hocera is not a general tooling supplier. Instead, Hocera focuses exclusively on dental CAD/CAM materials and precision milling solutions for professional laboratories.
By leveraging advanced coating technologies, strict dimensional control, and system-specific optimization, Hocera milling burs help labs achieve:
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Higher milling accuracy with fewer remakes
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Reduced finishing and polishing labor
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Predictable tool consumption and cost planning
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Stable results across long production runs
This makes Hocera a reliable long-term partner for laboratories seeking both quality consistency and operational efficiency.
CTA – Request Samples & Technical Support
Looking to optimize your Imes-icore milling workflow?
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Request free compatible samples
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Receive Imes-icore-specific milling parameters
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Access Hocera’s technical documentation package
Hocera® Precision Milling Burs for Imes-icore Systems
Designed for accuracy. Proven in production. Trusted by dental laboratories worldwide.
