Horn-Titanfräser: Ein umfangreiches Werkzeugprogramm
For the machining of titanium materials such as Ti6Al4V Horn a compelling range of special tools developed with sharp blades, positive rake angle, large clearance angle and polished cutting of the most important problems Counteract titanium machining. For titanium machining of aerospace and medical technology Horn designed the cutting material grade TSTK for his solid Carbide end mill with good tribological properties, high temperature resistance and low Wä rmeeinleitung in the substrate - a heat shield so to speak. Another important consideration, which was taken into account in the development of solid Carbide end mills: The mills were given different Helix angles and different Division. This leads to soft calm cutting and avoids vibrations. KSS enough titanium machining is prerequisite. The Titan program by Horn includes a completely new line of milling cutters solid Carbide cutters with diameters ranging from 2 mm up to 20 mm as four and five tailors in the versions with 2 x D and 3 x D.
https://www.phorn.de/Produkte/fraesen/
This description was translated from German to English by "Bing Translator".
DS multi cutter up to 4 x D
With full carbide tools of the milling cutter systems DS Horn leads top to edit by copper, graphite, aluminium, plastics, fibre-reinforced plastics, soft and hardened steels and titanium and Super alloys in the Program. The shank, torus -, full RADIUS, double RADIUS, more cutting and roughing end mills are with cutting circle diameter from 2 to 16 mm stock. Micro cutters are diameters ≥ 0.2 mm. The tool Shanks with h5 quality convince with a concentricity 0.005 mm and are suitable for finish machining.
The know-how acquired in many applications is now reflected in a product extension of the multi cutter DSM. With from 2 to 20 mm extended workspace are x six to eight dashing finishing end mills with processing depth of 2-, 3- and 4 x diameter with sharp-edged finish, or with corners RADIUS 0.2 / 0.5 and 1.0 mm. Their feinstgeschliffenen chip spaces ensure a good chip flow and optimized front geometry produces very good surfaces, for example, RA ≥ 0, 1µm in 42CrMo4. When working on steel, cast iron and difficult to machine materials, the cylindrical geometry ensures a uniform wear behaviour and the new coating increases tool life.
https://www.phorn.de/Produkte/fraesen/
This description was translated from German to English by "Bing Translator".
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