Dental Milling Guides
Practical guides to dental milling machines, workflows, CAM strategies, tools and milling applications.
Explore Milling Topics
Hybrid Precision Manufacturing
3D printing and CNC milling combine design freedom, precise fit, smooth surfaces, faster delivery, and fewer remakes.
Ultra-Fine Zirconia Milling
A 0.3 mm bur enables delicate zirconia carving, delivering fine details, sharp margins, and natural contours.
CAD Design, Perfectly Reproduced
High-precision milling faithfully reproduces the original CAD design at a true 1:1 scale, ensuring accurate geometry and consistent results.
Frequently Asked Questions About Dental Milling
Wet milling is commonly used for materials that generate more heat during processing or require cooling for better surface quality, such as glass ceramics, lithium disilicate, titanium and CoCr.
4-axis milling rotates around three linear axes plus one rotary axis, while 5-axis milling adds an additional rotary axis for more complex machining angles.
5-axis milling provides better access to undercuts, improved accuracy and is suitable for complex restorations such as implants and full-arch cases.
Zirconia chipping can result from incorrect milling parameters, worn burs, improper tool paths or unstable material support.
Optimized CAM strategies, proper tooling and stable machine performance help reduce edge chipping and improve restoration quality.
The replacement cycle depends on the material, milling workload, tool quality and machine settings.
Regular inspection is recommended. Replace burs when you notice reduced cutting performance, surface defects or decreased accuracy.
Yes, some dental milling machines can process both zirconia and titanium, but they usually require different milling methods, tools and cooling systems.
Hybrid wet & dry milling machines provide greater material flexibility for different dental applications.
Machines for Different Milling Workflows
Have a Milling Question?
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