Design of systems, subsystems and control assemblies

Designing electrohydraulic drive, pneumatic, lubrication, cooling systems requires optimum coordination between hydraulic, pneumatic, lubrication, cooling electronic and mechanical system components. It is only through the optimum interaction between all the technologies involved that today’s requirements for precision, dynamics, stability and energy efficiency can be achieved in the machinery working. The machine or system can however only be guaranteed to operate perfectly if the subsystems, mechanics, drives, control and process-related loads and movement sequences are systematically aligned to each other. Only then can a strong technological edge be maintained and the competitiveness of your products be protected long-term.