Simulation, calculation and development of energy-efficient induction heating technologies for heat treatment, heating under deformation, soldering and melting
Development and production of the equipment and automated induction heating complexes
Development and production of the auxiliary equipment die tooling and control system for induction heating (inductors, cooling water stations and hardening liquid preparation)
Development of the control system for induction heating equipment and technological process based on modern industrial controllers
Services on high-frequency surface heat treatment at own manufacturing site with issuing a test report
METAL WORKING
Development of the equipment, tool and die tooling design for plastic deformation, new technological processes of manufacturing competitive products using metal working methods
Development and research of advanced technology methods of manufacturing products which provide a rational distribution of plasticity reserve at life-cycle stages and high performance resource of the machining parts operating in extreme conditions
Implementation of new highly efficient technologies of forge and rolling manufacturing in the production of Belarusian enterprises
CLOSE
DEVELOPMENTS / RESEARCHES
INDUCTION HEATING
Development and production of high-frequency semiconductor oscillators with a frequency from 2,4 kHz to 60 kHz
Development and production of automated induction heating machines for heat treatment and heating under deformation of metals and alloys
Development and production of the auxiliary induction heating equipment (tempering and matching transformers, inductors, cooling stations)
Development of induction heating technologies
Development of the control system for induction heating equipment and technological process based on modern industrial controllers
METAL WORKING
Conducting theoretical and experimental researches of combined methods of formation, surface and volume compressibility of the structure and properties of metal and alloys through a metal forming method
Research of deformation processes intensified by high-energy exposures (electromagnetic, ultrasonic and others)
Research of forming principles of ultra highly-dispersed structure and physical mechanisms of technological inheritance at external power influences
