The six-flute design enables efficient cutting performance, ideal for trochoidal machining with high feed rates. Strongly twisted cutting edges promote chip evacuation and reduce vibrations, supporting smooth operation. A Weldon clamping surface secures the tool against pull-out and increases process stability.

The portfolio covers a cutter diameter range from 6 mm to 20 mm. The variants offer working depths from 3xD to 5xD for machining deep contours and pockets. A protecting chamfer increases tool life through additional protection against edge chipping.

The cutting edges are equipped with chip breakers. These produce shorter chips and, in combination with the strong helix angle, improve chip evacuation, which significantly increases process security.

The strong helix of the cutting edges reduces vibrations and ensures stable machining. The combination of strong helix and chip breakers ensures high process security through efficient chip evacuation. The tool design, including the Weldon clamping surface, enables high material removal rates during trochoidal machining with large axial infeeds.

Designed for machining unhardened steels (e.g., 1.1730) and alloyed tool steels up to 56 HRC (e.g., 1.2311, 1.2379). The field of application also includes die steels (e.g., 1.2714) and stainless, chromium-containing steels (e.g., 1.2083).

Ideally suited for efficient trochoidal machining on dynamic machines to achieve a high metal removal rate compared to planar roughing. The tool supports milling of deep pockets and cylindrical contours (up to 5xD) in die steels and stainless steels.