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62 articles with 636 variations found
Particularly suitable for machining aluminium materials (both for cast and wrought alloys). Core increase for greater stability, optimal chip outflow owing to enhanced production grinding procedure for an extremely smooth surface. Maximum cutting volumes and optimal surface quality owing to unique cutter geometry.
Particularly suitable for machining austenitic stainless steels: Finishing, rough finishing and rough machining with one tool. Uneven angle of twist gradient produces smooth, low-vibration running and excellent surface quality. High cutting performance.
For universal application: Finishing, rough finishing and rough machining with one tool. Uneven angle of twist gradient produces smooth, low-vibration running and excellent surface quality. High cutting performance.
For universal application in construction steels, tool steels, tempering steels, though also stainless steels and titanium alloys up to 50 HRC. Very strong cutter core and modified front cut with small corner protection chamfer produce very high cutting performance with excellent surface quality.
For universal application: Smoothing, rough finishing and roughing with one tool. Variable helix ensures smooth, vibration-free running and an excellent surface quality. High cutting performance.
For universal application, particularly suitable for slot cutting and rough machining of recesses. Large chip spaces, aggressive cutting action and dynamic frontal chip space for enhanced chip outflow. Uneven angle of twist gradient produces smooth, low-vibration running. Excellent suitability for power tools too owing to lower power consumption.
Solid carbide high-performance cutter particularly suitable for machining aluminium materials (both for cast and wrought alloys). Core increase for greater stability, optimal chip outflow owing to enhanced production grinding procedure for an extremely smooth surface. Maximum cutting volumes and optimal surface quality owing to unique cutter geometry.
Ideal for working with aluminium materials (cast and wrought aluminium alloys). Core taper for maximum stability, optimal chip flow with optimised production grinding process, producing extremely smooth surfaces. Maximum chipping rates and optimal surface quality with unique cutting geometry.
Particularly suitable for machining austenitic stainless steels: Finishing, rough finishing and rough machining with one tool. Uneven angle of twist gradient produces smooth, low-vibration running and excellent surface quality.
Solid carbide high-performance rough cutter particularly suitable for machining aluminium materials (both for cast and wrought alloys). Extremely smooth surface prevents formation of built-up edges.
Particularly suitable for machining aluminium materials (both for cast and wrought alloys). Extremely smooth surface prevents formation of built-up edges.
Recommended for milling in aluminium and aluminium alloys, plastics, copper alloys and non-ferrous metals.
Solid carbide high-performance cutter for universal application: Smoothing, rough finishing and roughening with one tool. Different spiral angles produce smooth, vibration-free running and an excellent surface quality. Generation 4.0 sets new standards in machining performance.
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Contour milling cutter
Corner rounding end mill
Deburring end mill
End mill for hard machining
End mill solid carbide
Full radius cutter
HPC end mill
Single tooth cutter
Trochoidal end mill
