Solid carbide, HSC and HPC end mills of the highest precision and quality in the diameter range from 0.05 to 25.0 mm – specifically for mould and tool making, medical technology, mechanical engineering, the automotive supply industry and all areas of metal cutting, including the machining of difficult-to-cut materials such as titanium, Ampco, Hastelloy or Hardox.
Ø 0.05 – 25 mmDiameter range
± 0.003 mmCutting-edge form accuracy
0.003 mmRunout accuracy
up to 70 HRCHard machining
Nano-coated solid carbide micro end mills
Solid carbide end mills for professional use where the highest cutting performance is required.
HSC, HPC and HHC end mills of the highest precision and quality for the main sectors of tool and mould making, medical technology, mechanical engineering and automotive, in the diameter range from 0.1 to 25 mm, with cutting-edge form accuracies of ± 0.003 mm and runout accuracies of 0.003 mm. Special end mills for hard machining up to 70 HRC: the “Rockwell Cutter”.
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Polished solid carbide micro end mills
A unique range of polished and lapped solid carbide end mills for HSC machining of non-ferrous metals such as aluminium, copper and brass, or of plastics – with sharp corners, corner radius or ball nose.
Maximum precision in the diameter range from 0.05 to 20 mm with cutting-edge form accuracies of ± 0.003 mm and runout accuracies of 0.003 mm – for copper electrode manufacturing, aluminium machining and the plastics processing industry.
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Diamond-coated solid carbide micro end mills
Diamond-coated end mills for the professional production of graphite electrodes and the machining of zirconium oxide in dental technology – with special geometries and an optimised nanocrystalline diamond coating for the longest possible tool life and highest accuracy.
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Solid carbide end mills for medical and dental technology
Carbide end mills with special geometries and coatings for machining exotic materials such as titanium, INOX, nickel alloys, chrome-cobalt, HARDOX, INCONEL and MONEL.
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PCD end mills
Polycrystalline diamond, produced synthetically by sintering diamond crystals with a relatively soft metallic binder phase. Unlike CVD cutting materials, it is therefore relatively insensitive to unstable clamping.
Very well suited for graphite, Al/Si alloys, copper and brass as well as plastic composites such as GFRP and CFRP. Because of the affinity of iron for carbon, generally not suitable for steel materials.
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CVD end mills
Chemical Vapor Deposition: ultra-hard thick-film diamond with the highest hardness and the highest wear resistance of all cutting materials tested. Unlike PCD, it has no soft binder phase – a 99.9 % pure, homogeneous diamond layer.
The main applications are composites such as CFRP and GFRP, graphite, titanium, ceramics, non-ferrous metals such as aluminium, and E.MAX in dental technology.
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Tools for composites – CFRP, GFRP, titanium
Tools for machining aerospace materials such as CFRP, GFRP, acrylic and titanium.
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