Hocera Ivoclar Milling Burs | PrograMill CAD/CAM Tools

Key Features

Compatible with Ivoclar PrograMill PM7, PM5, PM3 & PrograMill One
Ultra-hard nanocrystalline diamond coating
Smooth surface finish (~0.12 μm) reduces polishing time
ISO 16401 certified for safe and predictable performance
Global dental laboratory technical support

Premium Diamond-Coated Milling Burs Optimized for Ivoclar PrograMill

Hocera® Ivoclar milling burs are diamond-coated precision tools engineered specifically for Ivoclar PrograMill CAD/CAM systems. They deliver stable cutting performance, long tool life, and consistent surface quality across zirconia, PMMA, and lithium-disilicate materials.

By combining nanocrystalline diamond coating technology with high-precision carbide substrates, Hocera ensures reliable milling accuracy throughout the full lifespan of each bur. As a result, dental laboratories achieve higher productivity, reduced polishing time, and predictable restoration quality.

Why Choose Hocera Ivoclar Milling Burs

First, Hocera Ivoclar milling burs process 500+ zirconia units per tool, making them ideal for high-volume production environments.
In addition, optimized cutting geometry maintains a near-zero chipping rate (≤0.1%), even during continuous high-speed milling.
Most importantly, the ultra-smooth surface finish (~0.12 μm) significantly reduces manual post-processing.

Therefore, laboratories can improve efficiency while lowering overall tooling costs.

Optimized for Ivoclar PrograMill Systems

Hocera Ivoclar milling burs integrate seamlessly with all Ivoclar machines:

PrograMill PM7 – Full compatibility with advanced 5-axis milling
PrograMill PM5 – Optimized for high-throughput lab production
PrograMill PM3 – Ideal for general labs and educational environments
PrograMill One – Dedicated compatibility for single-disc workflows

This compatibility allows labs to standardize tooling, simplify CAM strategies, and maintain stable production quality.

Performance Advantages

For High-Volume Dental Laboratories

Hocera DC milling burs are ideal for labs running PrograMill PM7 and PM5 systems around the clock.
As a result, labs benefit from:

Up to 20% tooling cost reduction
Fewer tool changes
Stable milling at maximum spindle speed

For General Practice & Flexible Workflows

The DLC version supports PrograMill PM3 and One systems and enables easy material switching.
Consequently, labs achieve:

15% longer tool life compared to standard burs
Smooth transitions between PMMA and wax
Cost-effective daily production

Precision & Milling Performance

Thanks to uniform diamond grain distribution, Hocera Ivoclar milling burs deliver clean margins, accurate contours, and low vibration. Moreover, efficient chip evacuation minimizes heat buildup and protects both restorations and milling spindles.

As a result, restorations require less finishing and fewer remakes.

Durability & Workflow Efficiency

Hocera burs maintain consistent cutting behavior throughout extended use. Their corrosion-resistant coating and thermal stability ensure predictable results in both anterior and posterior restorations.

Therefore, dental technicians can focus on design and quality control rather than tool replacement.

Hocera Ivoclar PrograMill Milling Burs

Diamond-coated D-series milling tools for zirconia and PMMA.
500+ unit lifespan with near-zero chipping.
ISO-certified quality for Ivoclar CAD/CAM systems.

Request Free Samples

Request Hocera Ivoclar milling burs samples and receive recommended milling parameters optimized for PrograMill machines.

Parameter	DC Version	DLC Version	Benefit
Material Compatibility	Zirconia, IPS e.max	PMMA, Telio CAD, Wax	Multi-material workflows
Tool Lifespan	500+ units (zirconia)	150+ units (multi-material)	Lower cost per restoration
Optimal Speed	40,000–60,000 RPM	30,000–45,000 RPM	Stable high-speed milling
Shank Type	ER-11 / ER-16	ER-11 / ER-16	PrograMill compatibility
Supported Systems	PM7 / PM5 / PM3 / One	All PrograMill	Full system coverage

Dental milling cutter details

Precision & Performance	Durability & Material	Compatibility & Application
Ultra-fine diamond coating	Long-lasting diamond coating	Compatible with Ivoclar PM7 system
Smooth, efficient cutting	High hardness for extended tool life	Suitable for zirconia, PMMA, and lithium disilicate
Low vibration operation	Wear-resistant materials	Ideal for crowns, bridges, and inlays
High-speed milling capability	Corrosion-resistant coating	Compatible with CAD/CAM systems
Precision edge definition	Heat-resistant properties	Designed for dental laboratory use
Consistent cutting performance	Reduced friction during milling	Compatible with open dental milling systems
Minimal tool wear	High thermal stability	Suitable for both anterior and posterior restorations
Enhanced surface finish	Uniform diamond grain distribution	Compatible with various milling machines
Reduced polishing requirement	Stable cutting geometry	Designed for efficient dental restoration processes
High throughput milling	Low maintenance needs	Compatible with a range of dental materials

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