The design with five or six teeth enables a high feed rate and balances cutting performance and tool life. The polygon cutting edge ensures high cutting performance, smooth operation, and moderate wear behavior. The stable geometry leads to low-vibration machining.

The portfolio covers a cutter diameter range from 3 mm to 10 mm. The short and stable version (3xD working depth) is under necked, which increases flexibility in contour machining.

The polygon cutting edge enables extremely high cutting performance compared to conventional Bullnose cutters. This geometry ensures smooth, low-vibration operation, even at high feed speeds.

The tool design enables the highest metal removal rate. The polygon cutting edge ensures low-vibration machining, which improves process stability and extends tool life. The optimized geometry and moderate wear behavior ensure long tool life, even when machining materials up to 65 HRC.

Designed for machining hardened mold steels with a hardness of 48 HRC to 65 HRC (e.g., 1.2379, 1.2343). The tool is optimized for dry machining.

Ideally suited for highly efficient contour roughing and high-feed machining of complex mold steels. The tool design supports series production of hardened workpieces where tool life and process security are crucial.