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Find the right router bit
Our solid carbide end mills differ, on the one hand, in the grain size of the base material and, on the other hand, in the coating.
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uncoated
Materials:
Non-ferrous metals and plasticsProperties:
- Uncoated solid carbide with very sharp cutting edges
- Minimal built-up edge formation
- Very good surface quality at high cutting speeds
Optimal chip evacuation for soft materials - Uncoated solid carbide with very sharp cutting edges
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HRC45 - AlTiN-coated
Coming Soon!
Materials:
Low to medium strength steels
(up to approx. 900 N/mm² or HRC45)Properties:
- AlTiN coating with increased hot hardness
- Good wear resistance with moderate cutting parameters
- Robust cutting edge geometry
- Tougher carbide grade
Recommended Use:
Ideal for roughing, unstable clamping conditions and robust applications. Economical solution for standard applications - AlTiN coating with increased hot hardness
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HRC55 – TiSiN-coated
Materials:
High-strength steels, stainless steels, and cast materials
(up to approx. 1,200 N/mm² or HRC55)Properties:
- TiSiN coating with very high hot hardness
- High wear and oxidation resistance
- Very stable cutting edges
- Suitable for high cutting speeds and dry machining
Recommended use:
Universal machining of demanding materials - TiSiN coating with very high hot hardness
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HRC65 – Nano-Blue coated
Coming Soon!
Materials:
Hardened materials and high-tensile steels
(> 1,300 N/mm² or up to approx. 65 HRC)Features:
- Nanocomposite coating with extremely high hot hardness and wear resistance
- Maximum tool life with hard materials
- High dimensional and process reliability
- Designed for precise hard machining
Recommended Use:
Finishing in hard machining - Nanocomposite coating with extremely high hot hardness and wear resistance