OptiMill®-Uni-HPC
New generation for maximum process reliability
MAPAL présente la troisième génération de la fraise carbure monobloc Opti- Mill-Uni-HPC, optimisée pour la fabrication automatisée et de meilleures performances de coupe.
Dédiée à l'usinage de l'acier, de l'acier inoxydable
et de la fonte, la nouvelle fraise Opti-
Mill-Uni-HPC a été spécialement conçue pour les processus automatisés et répond aux exigences les plus strictes en matière de fiabilité des process, de stabilité et de résistance à l'usure.
et de la fonte, la nouvelle fraise Opti-
Mill-Uni-HPC a été spécialement conçue pour les processus automatisés et répond aux exigences les plus strictes en matière de fiabilité des process, de stabilité et de résistance à l'usure.
The newly developed cutting material has a high ductility, reducing the risk of tool breakage.
Combined with wear-resistant coatings and optimised geometry, this results in a tool that’s ultra-reliable, even in dynamic machining.
Combined with wear-resistant coatings and optimised geometry, this results in a tool that’s ultra-reliable, even in dynamic machining.
A version with an integrated chip breaker is a new addition to the OptiMill-Uni-HPC range. It
creates short chips that are easy to remove – offering clear benefits for air cooling and high
cutting performance and enabling high infeed depths.
creates short chips that are easy to remove – offering clear benefits for air cooling and high
cutting performance and enabling high infeed depths.
The result: Longer machine running times, lower monitoring efforts and higher process reliability – ideal for unmanned shifts and automated workflows.
From September 2025, the milling cutter is available in three versions:
- Short without chip breaker (ø 3–20 mm)
- Long without chip breaker (ø 3–25 mm)
- Long with chip breaker (ø 6–25 mm)
This sees MAPAL draw on the targeted development of a tried-and-tested concept – for more
efficiency, process reliability and versatility in modern machining.
efficiency, process reliability and versatility in modern machining.