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25 articles with 322 variations found
Recommended for milling materials of average to high strength up to approx. 1,300 N/mm². For drilling and sequent straight milling and clearance grooving.
Recommended for milling materials of average to high strength. Milling of grooves with greater drill depth, precision clearances, suitable for both front and circumferential milling. High cutting performance and excellent smooth running produce optimal surface quality.
Recommended for milling materials of average to high strength up to approx. 1,300 N/mm². For drilling and subsequent straight milling, particularly suitable for contour milling.
Recommended for milling materials of medium and high strength and for HSC machining.
Recommended for cutting medium to high-strength materials. For cutting grooves with deeper drilling depth, precision clearances, also suitable for end and circumference milling. High machining output and very smooth running result in excellent surface finishes.
For finishing steels of medium to high strength (construction steels, case-hardened steels, tempering steels), non-ferrous metals, rust and acid-resistant steels with high cutting performance yet excellent surface properties. Especially for synchronous milling.
Particularly suitable for all steel materials up to 1,400 N/mm², higher-strength stainless steels, grey cast iron and short-chipping aluminium materials and cast aluminium. High cutting performance.
With reinforced shank. Universal range of applications for materials of medium to high strength (approx. 900–1,400 N/mm²). E.g. case-hardened steels, tempering steels, tool steel (alloyed/tempered), non-ferrous metals, highly heat-resistant materials and cast irons and cast alloys.
Particularly suitable for steel materials from 500-1,400 N/mm², stainless steels, grey cast iron and titanium. High cutting performance with low driving power = MTC.
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.
Recommended for milling materials of average to high strength. Drilling to full depth and straight milling with precision clearances.
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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
