OptiMill®-Uni-HPC
New generation for maximum process reliability
MAPAL presents the third generation of the solid carbide milling cutter OptiMill-Uni-HPC -optimised for automated manufacturing and high cutting performance.
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1 / 4Configurable cutting-edge design
- Chamfer for high-level wear protection
- Radii for near-net-shape machining
- Sharp cutting edge design
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2 / 4
Optimised geometry
- Stable machining at high infeed depths
- Very good chip formation
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3 / 4
Newly developed cutting material
- Lower risk of tool breakage
- High degree of process reliability during dynamic machining
- High degree of ductility under impact strain
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4 / 4
Integrated chip breaker
- Short chips that are easy to remove
The new OptiMill-Uni-HPC for machining steel, stainless steel and castings has been specially
developed for automated processes and meets the highest requirements for process reliability, stability and resistance to wear.
developed for automated processes and meets the highest requirements for process reliability, stability and resistance to wear.
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.
带有断屑槽的产品是OptiMill-Uni-HPC 系列的新产品，它产生的切屑短、易于 排出，这在空气冷却和高切削性能方面 具有显著优势，从而能够实现较大的切 深。
结果：更长的机床正常运行时间、更少 的监控工作量和更高的工艺稳定性—— 非常适合无人值守班次和自动化生产。
自2025年9月起， 以下三个铣刀版本可以供货
- 短型，不带断屑槽（ø 3 - 20 mm）
- 长型，不带断屑槽（ø 3 - 25 mm）
- 长型，带有断屑槽（ø 6 - 25 mm）
这使得MAPAL能够采用经过实践验证的开 发理念——在现代加工中实现更高的效 率、更可靠的过加工程和更丰富的多功 能性。。