Precision Tooling for Dry and Wet CAD/CAM Production
Image
Summary
Engineered for accurate, efficient and repeatable dental milling of zirconia, PMMA, wax, titanium, lithium disilicate and compatible CAD/CAM materials, supporting roughing, detail machining and finishing across professional laboratory workflows.
43
0
Overview
The Right Tool Matters
DentCorex Dental Milling Burs are selected and configured to deliver accurate cutting, stable tool performance and predictable surface quality across professional dental CAD/CAM workflows.
Material-specific geometries, cutting diameters and coatings support dry and wet production while helping laboratories reduce chipping, unnecessary tool wear and inconsistent machining results.
Performance at a Glance
Dry Milling
Wet Milling
Multiple Diameters
Material-Specific Tools
Zirconia and polymers
Metals and ceramics
Roughing to finishing
Optimized cutting
Key Advantages
Feature
Production Benefit
Material-Specific Geometry
Supports efficient and controlled cutting.
Precision Manufacturing
Helps maintain restoration accuracy.
Specialized Coatings
Improves wear resistance where applicable.
Multiple Diameters
Covers roughing, detail machining and finishing.
Dry and Wet Options
Supports complete laboratory workflows.
Machine-Matched Selection
Reduces compatibility and setup errors.
Materials and Applications
Bur Type
Recommended Materials
Zirconia Milling Burs
Zirconia
PMMA and Wax Burs
PMMA and wax
Titanium Milling Burs
Titanium
Glass-Ceramic Burs
Lithium disilicate and compatible ceramics
General Dry Burs
Zirconia, PMMA and wax
General Wet Burs
Titanium and compatible glass ceramics
Tool Range
Tool Function
Typical Diameter
Fine-detail machining
0.3 mm
Detail machining
0.6 mm
Finishing
1.0 mm
General machining
1.5 mm
Roughing
2.0 mm
High-volume roughing
3.0 mm
Technical Specifications
Cutting System
Specification
Availability
Dry-Milling Tools
Available
Wet-Milling Tools
Available
Roughing Tools
Available
Finishing Tools
Available
Detail Tools
Available
Tool Selection
Required Information
Purpose
Machine Brand and Model
Confirms machine compatibility
Shank Diameter
Confirms spindle and collet fit
Material
Determines geometry and coating
Cutting Diameter
Determines tool function
Overall Length
Prevents clearance problems
CAM Software
Supports tool-library configuration
Physical Requirements
Tool dimensions, shank diameter, overall length, cutting length and coating must be selected according to the machine model and processed material.
Strategy
Branding
Interfaces
Motion
Typography
Systems
Identity
UI / UX DESIGN
Direction
Experience
Digital
Strategy
Branding
Interfaces
Motion
Typography
Systems
Identity
UI / UX DESIGN
Direction
Experience
Digital
Valuable Feedback
Trusted By the World's Fastest Growing Companies
Digital product design and scalable web platforms
[2022-2025]
0%Growth
Knowledge-driven systems and content architecture
[2023-2024]
0%Growth
Lightweight development for high-performance products
