Effectiveness increase of burnishing and mixed processing by the variation of tool location method

The paper examines the tools with several working surfaces which are used for various types of machining illustrated by cutter for combined machining and plastic deformation, notably the cutter with round plate, cutter with multisurface plate, cutter with raised corner, which may be turned about 3 axis. Besides, the device for combined edge cutting machining and plastic deformation is examined. The paper presents the optimal ways of machining element location when hardened and non-hardened steel machining, and the possibility of phase transformation implementations in the surface layer at high-temperature rapid burnishing. It is found that the research on the tool location influence on the various quality parameters during burnishing makes a great contribution into operation improvement

edge cutting machining, plastic deformation, tool location, quality parameters of technological process