Frese in carburo di tungsteno

High removal rate.
High performance.

Both powerful and sophisticated - with our milling tools, we always have the solution for all machining requirements on hand.
Our portfolio includes burrs in various categories with all the important properties for processing surfaces or for milling work.

With our tools, we offer the winner in terms of material removal with our well-proven cross toothing. Thanks to a diversity of sizes and shapes, our products cover all machining requirements. Wide-ranging, powerful and of high quality, demanding users can benefit from our range of tungsten carbide burrs. The advantages of our products include first-class sharpness, precise cutting ability and the best possible removal of chips at all times. Simultaneously, the heat load is kept as low as possible.

The optimum toothing for every application, no matter how diverse - tungsten carbide burrs with standard cross toothing for machining stainless steel, steel, non-ferrous metal or cast iron.

For a wide range of applications, tungsten carbide burrs with our standard toothing are an excellent solution for achieving the desired finishing properties. The right choice of toothing is important. When machining soft and long-chipping materials such as non-ferrous metals or plastics, the user benefits from a high stock removal rate with our tools. At the same time, the clogging behavior remains low.

With and without face toothing, our burrs are versatile and can be used for numerous materials and applications. Examples are:

With our optimized aluminium toothing, our burrs ensure high performance when machining steel. Compared to standard toothing, carbide burrs of this type offer massively increased material removal, while at the same time providing maximum cutting performance. Our burrs with high-performance toothing are ideally suited to the demanding processing of stainless steel surfaces.

The tool strikes or rattles: To counteract this, the clamping length should be increased to at least 2/3 of the shank length. In addition, the contact pressure should be reduced. Reducing the wrap angle to a maximum of 1/3 of the head circumference also helps. You should also ensure that the workpiece is clamped with less protrusion.

Blue discolouration of the tool at the transition from the milling head to the shank: To prevent discolouration, it is helpful to reduce the contact pressure. Reducing the speed can also be beneficial. The wrap angle should also be reduced to a maximum of 1/3 of the head circumference. 

Tooth chipping and premature wear: To counteract this problem, it is helpful to avoid impact loads. The clamping length can be increased to at least 2/3 of the shank length. Attention should also be paid to reduced contact pressure and a reduced wrap angle (max. 1/3 of the head circumference). Here too, it is useful to clamp the workpiece with a significantly smaller overhang.