ABSTRACT
The possibilities of using technological equipment for the production of precision parts at the first stage were determined at the industrial automated laser technological installation (ALTI) Karavella-1. The quality of laser microprocessing is much higher in comparison with electroerosion, the roughness and the zone of thermal impact are smaller and there is no stratification of the material. Optimal processing parameters and the manufacturing time of precision parts are determined by the requirements of the working drawing. The analysis of the measurement results shows that the accuracy of making grids on ALTI Karavella is very high and fully corresponds to the dimensions given in the drawing. The laser microprocessing method proved to be very effective for the production of spherical shadow and control grids of various configurations for a multi-path klystrod with low-voltage control. Technological installations based on pulsed copper vapour lasers have ample opportunities for adjusting and fitting the ratings of various elements for radio electronic equipment and microwave devices.
