Abstract
The study aims to increase the efficiency of the plasma cutting machine by optimizing the technological parameters of plasma cutting equipment, improving quality (precision cutting of shaped parts, cutting quality), reducing the number of locksmith work (removal of deburring, cauterization), and reducing the percentage of defects in production. Inaccuracies were revealed when cutting parts on the KarPLAZ plasma machine in Classic-B LLP. The design and operation features of machine parts and assemblies have been studied. After analyzing the experimental data and the design of the machine, design and technological decisions were made. The drive was calculated, working drawings were developed, the kinematic pair "gearrack" was replaced, and a full-scale experiment was carried out. The results of the research work confirmed the correctness of the technical decisions made.
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