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Our new
HFC Cutters

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The New
Universal Endmill
EASYMill

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T3.18 EVO
The evolution
continues

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GearSkiving:
The new
performance standard

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EASYMill: One milling cutter, full flexibility for all milling operations

With the EASYMill, all common milling operations can be perfectly covered, such as roughing, finishing, slotting, ramping or helical plunging. The EASYMill can efficiently be used in steel and stainless steel materials. At the same time, the EASYMill optimizes the price/performance ratio in your production processes.

Solid carbide end mills HPC Maximum tool life and productivity

With our solid carbide end mills from the new HPC family (High Perfomance Cutter), we offer multifunctional high-performance milling cutters for a myriad of roughing and finishing applications. Thus, the HPC H is especially suitable for hardened steels ≤ 45 to 55 HRC, the HPC P for high-alloy steels and cast iron, and the HPC M for austenitic steels, non-ferrous metals and titanium. As a full flute cutter with a large chip removal space, the HPC U is universally applicable.

Indexableinsert milling Top machiningvolume withhigh flexibility and reliability

Our production program for milling with indexable inserts encompasses the entire spectrum of face milling, soulder milling, copy milling, and high-feed milling. The MultiEdge product family is ideal for roughing with high removal rates. With tangential indexable inserts, the MultiEdge T90 PRO4 and PRO8 guarantee maximum stability. Our newest generation of the high-feed milling cutter, the MultiEdge 2feed mini, enables optimized impelmentation of the highest possible removal rate, even at lower-performance machining centers.

Taps For efficientmachining

Efficient internal thread production is the result of intense tool experience and constantly sets new challenges for our engineering experts. A current example is our new Rasant ChipBreaker tap for reliable thread production in blind bores. Our modular XChange tap is ideal for efficient internal thread production. It consists of a thread part made of carbide and a shank made of steel, combining wear resistance and toughness.

Forming taps Efficient andcreative

Thread tapping, as opposed to machining, stands out because of its higher process reliability as well as prolonged tool life. Faster circumferential speeds also significantly increase the economic efficiency of this procedure. A prerequisite for using forming taps is a tool break elongation of at least 8% and a maximum tensile strength of up to 1,400 N/mm2. The new modular HPF Max forming tap is an efficient partner for series production in the automotive industry and mechanical engineering. Its long tool life it made possible by a new carbide substrate, a new coating, and an optimized former geometry. The FormMAX solid carbide forming tap is made of a newly developed fine-grain carbide with an optimized former geometry. To further incease thread quality and tool life, the coated tool surface undergoes a special smoothing process.