Model of complex optimization of cutting conditions

Modern flexible production with its JUST-IN-TIME philosophy requires efficient organization, high quality tools, selected machining materials with defined mechanical and technological properties and continual determination and optimization of cutting conditions. Therefore, for successful production it is necessary to carry out a number of studies with the purpose to optimize the cutting conditions which should include understanding of tribological problems, the cutting material properties, cooling agent and its application. The rationality and economy of manufacturing which are a result of material and energy saving and shorter machining times, depend to a large extent on the right choice of selected cutting conditions and required product quality. This paper deals with the development of a model for complex optimization of cutting conditions showing that the right way from optimal cutting conditions to product quality is via process quality.