TECHNOLOGICAL CAPABILITIES OF CONCENTRATED ENERGY FLOWS FOR FORMING MACHINE PARTS
Background . The shaping of parts (products) from various materials using traditional and additive (3D) technologies in the conditions of “smart” production systems (UPS) is a complex dynamic system that needs to be managed with high quality. Materials and methods . Flexibility and economy of developing new high-quality products by creating UPS based on GPS with digital modeling using a synthesis of traditional and additive technologies. Results . It is recommended to use concentrated energy flows based on: an electron beam and laser radiation as an energy source for the technologies of “smart” production systems (UPS); plasma and ionic exposure with adaptive (intelligent) control systems with monitoring and diagnostics of technological process parameters. Conclusions . Monitoring and diagnostics of product quality indicators using laser, infrared, fiber-optic sensors and devices, etc., an industrial computed tomography system will ensure the high quality, safety and environmental friendliness of the “smart” production system.