Designing Mechatronic Machine Complexes for Hybrid Manufacturing of Products

Abstract

The prospects of development of technological equipment complexes have been considered. It is proposed to start designing mechatronic systems of machine tool complexes by analyzing information connections in hybrid manufacturing, which includes traditional and additive technologies. It is recommended to use sequences of transfer criteria to analyze the processes of forming material structures and surface layers of products during thermomechanical and electrophysical processing. The organization of feedback in managing technological equipment using additional energy flow effects is demonstrated. It is suggested to choose numerical control and design machine tools as mechatronic complexes, taking into account direct and feedback connections in the technological system. The complex of hybrid technological equipment and its modules and units is recommended to be designed as computer peripheral devices, built on the architecture of computers.