Abstract
The urgency of the problem of removing burrs from parts of coaxial radio components is due to the fact that, according to technical requirements, burrs are not allowed on these parts, and on materials beryllium bronze, brass, alloy 29 NK used for their production, it is not possible to exclude the appearance of burrs during processing by cutting. The analysis of the influence of technological heredity of the number and size of burrs obtained on the CNC automatic turning operation to the choice of the method of deburring. The parameters of the burrs that affect the choice of the method of deburring, and the degree of their influence on the choice of a particular method are determined. On the CITIZEN bar lathes, an experimental selection of the cutting tool and processing modes was carried out in order to minimize the number and size of burrs on parts made of beryllium bronze, brass, alloy 29 NK. The installation of selected processing modes and tools will ensure the production of parts of coaxial radio components at the turning stage with a minimum number and size of burrs, which will reduce the laboriousness and time of deburring.
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