This paper deals with hard turning using a cutting tool with Xcel geometry. This is one of the new geometries, and there is not any information about Xcel wear in comparison to the conventional geometry. It is already known from cutting tools producers that using the Xcel geometry leads to higher quality of machined surface, perticularly surface roughness. It is possible to achieve more than 4 times lower Ra and Rz values after turning than after using conventional geometry with radius. The workpiece material was 100Cr6 hardened steel with hardness of 60 ± 1 HRC. The machine used for the experiment was a lathe with counter spindle DMG CTX alpha 500, which is located in the Centre of Excellence of 5–axis Machining at the Faculty of Materials Science and Technology in Trnava. The cutting tools made by CBN were obtained from Sandvik COROMANT Company.
The aim of this paper is to investigate the cutting tool wear in hard turning process by the Xcel cutting tool geometry.
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1. Available online [cit. 21. 10. 2016]: http://www.hembrug.com/hard-turning/hard-turning-process/
2. GOSIGER 2012. Fundamentals of hard turning. An Indepth Look at the Process. 2012. Available online [cit. 24. 10. 2016]. http://cdn2.hubspot.net/hub/139128/file-17761415-pdf/docs/gos_wp_hardturning_f.pdf