The two-flute design ensures process-secure operation and high stability during non-ferrous metal machining. A stabilized main cutting edge is designed for maximum stability, supporting tool life and consistent surface quality. The cutting geometry is conceived for maximum process security. High run-out accuracy and a precisely manufactured shank reduce vibrations and ensure dimensional accuracy.

The portfolio covers a cutter diameter range from 0.7 mm to 16 mm and offers a comprehensive selection of corner radii. It includes under necked as well as conically reinforced variants. Versions for working depths up to 30xD allow for the machining of deep contours with critical length-to-diameter ratios.

The stabilized main cutting edge is designed for maximum stability. This extends tool life and ensures consistent surface quality, even under difficult machining conditions in non-ferrous metals.

The combination of stabilized main cutting edge and cutting geometry ensures maximum process security. Conically reinforced variants increase stability with large overhangs. The high run-out accuracy and precise shank guarantee consistent dimensional accuracy. The optimized geometry allows for high feed rates and ensures high surface quality.

Developed for machining non-ferrous materials. The field of application includes aluminum and copper alloys as well as technical plastics.

Ideally suited for roughing and finishing during high-speed machining of aluminum components, for example in mold making. The tool design supports form-accurate machining of copper electrodes and complex 3D geometries such as rotational molds or model equipment. It enables machining of deep rib structures and milling of plastic parts for prototypes.