Fine-grain substrate
particularly suited to non-ferrous materials, for long-term retention of sharp edges and homogeneous wear
Non-ferrous materials are very versatile and range from aluminium to plastic to multi-layered materials. The H&V Expert EXN1 Series was developed to enable potentially easily machinable materials to be safely processed and to meet the specific requirements of non-ferrous material cutting.
particularly suited to non-ferrous materials, for long-term retention of sharp edges and homogeneous wear
Polished chip spaces for straightforward evacuation of chips
High-performance geometry tailored to volume machining and surface quality
Innovative Coating made of tetragonal carbon
Innovative coating – Our new coating made of tetragonal carbon. Our new AlphaSlide Rainbow (ASR) takes TAC coatings to the next level. Thanks to a new coating process that completely dispenses with hydrogen, among other things, we were not only able to increase sp3 bonds to over 85 %, but also reduce the coating thickness to less than 1 μm.
In addition we reduced the coating hardness to approx. 4500 HV.
Increased tool life when roughing with full slots, trimming and multipass milling.
Reduces the friction coefficient and ensures optimum chip evacuation, even in unpolished chip spaces.
High stability of the coating and cutting edges, even in unstable machining situations (e.g. vibrations).
Better surface quality of the workpiece in finishing, trimming and multipass milling.
Perfect retention of the sharp cutting edges thanks to the natural geometry and defined edge preparation.
Prevention of built-up edges, even in unfavourable application scenarios involving adhesive alloys.
We work closely with our customers to ensure that they get the most out of our milling cutters. As well as manufacturing in industrial quantities and custom tailored manufacturing, we offer many services that move our customers forward, such as private labeling, training and a regrinding service.
Mo-Thurs 7:00 - 16:00
Friday 7:00 - 13:00
+49 8092 85333 - 0
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