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This scientific paper presents some aspects related to the management of the optimization of processing operations by electrical erosion with contact breaking. The introductory part contains a series of theoretical considerations on the approached field, highlighting the importance and role of optimizing such a process. The criteria for achieving an optimization process in this way, in the industry, as well as the restrictions imposed by them in optimizing the cutting are also analyzed. In the last part of the research are presented the own points of view and the conclusions derived from this study that point out the need to correlate the technological, mechanical and working parameters in the electrical erosion process. At the same time, the way in which this process can be improved in the sense of creating favorable conditions regarding its stability was highlighted. [ABSTRACT FROM AUTHOR]

The paper is presented in the form of a review, of the research carried out in the doctoral thesis, of the nonconventional processing process, by cutting high alloyed steels, using as a metal transfer object. The paper presents the technological aspects, the average values obtained on the experimental installation, as well as some of its components, in the chapters specific to the nonconventional processing method. Some results obtained from the cutting of alloyed steels, using an original cutting by electric erosion with contact breaking with Electrode-Tool - the Metal Band. The concern of specialists around the world is to confirm the opportunity to address this area of great interest and a real benefit to the industry's top sectors in developed countries and beyond. [ABSTRACT FROM AUTHOR]