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In the production of monolithic tools, the basic operation is grinding of chip flutes – this process takes about 70% of production time [2–4]. The classic grinding process is based on multi-pass shaping of the flute. Performing roughing and finishing machining involves making from several to several passes of the grinding wheel, which considerably extends the grinding time. A new method, currently being investigated, is one-pass grinding. Its main advantage is the clear reduction of grinding time [1, 7, 8]. In this process, despite the significant increase in the removal efficiency of sanding, the desired surface quality is obtained by appropriate selection of technological parameters [5, 6]. In this context, research has been undertaken to determine the effect of grinding speed vs feed speed vf on the geometric structure of the surface and the normal component of the grinding force. The process of single-pass grinding of flute in a slot drill, was analyzed.

Influence of grinding parameters, on the surface quality in the process of single-pass grinding of flute in solid carbide end mill