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Application of robotization in production is necessary for achievement of the required quality of products. Use of the industrial robot gives an unlimited range of opportunities on processings of preparations. The robotic system can be applied without readjustment to auxiliary operations.

Intensive use of electrical discharge machining is currently determined by the very dynamic development of domestic engineering. The use of electrical discharge machining helps us to achieve the desired results, namely high machining accuracy, low surface roughness and low dependence of performance on the mechanical properties of the processed materials. Thus, the study of processes and tools of electrical discharge machining to improve the quality of machined parts is one of the urgent tasks.

The use of electroerosive processing in production helps to achieve the desired results: high processing accuracy, low roughness of the treated surface and low dependence of productivity on the mechanical properties of the processed materials. Despite this, the need for effective processing of parts and improving the technological process of electroerosion treatment is an urgent topic for research.The trouble-free and long-lasting operation time of machine parts largely depends on the quality of the surface layer. Therefore, it has a high demand, since it is all the destruction begins with the surface.