The choice of the magnetic abrasive action method for processing cutting plates

Abstract

The existing methods of processing workpieces between two pole tips are described in detail. It is proved that the addition of movements in the process of magnetic abrasive treatment significantly increases the production capabilities, and the plates are obtained with a radius specified by technologists and other geometric parameters. The developed method and device make it possible to process plates on different machines and at different technological parameters. Graphs of the dependence of roughness, material removal and plate radius on processing parameters are described in detail. In conclusion, conclusions are drawn about the viability of the method, as well as the prospects for the development of the magnetic abrasive treatment method. Key words. Operating surfaces, regular microgeometry, material removal per unit area, magnetic abrasive polishing, rounding of the tool cutting edge, two-pole tips