Maglev technology
Active magnetic bearings, permanent-magnet direct drive and intelligent control form one contact-free platform for industrial air, vacuum and thermal systems.
The operating principle
Position sensors measure the shaft thousands of times per second. Electromagnets respond in real time, keeping the high-speed rotor centred without mechanical contact.
Position sensors continuously measure the rotor in radial and axial directions.
A digital controller calculates the magnetic force required to keep the shaft centred.
Electromagnets hold the rotor in a stable field while the permanent-magnet motor drives it.
Five core technologies
Contact-free radial and thrust support with backup bearings for safe landing.
Application-specific impellers and flow paths designed for high aerodynamic efficiency.
A high-speed synchronous motor directly coupled to the aerodynamic stage.
Soft starting and continuous speed control follow real process demand.
Operating data, alarms and remote diagnostics support lifecycle management.
Why it changes the lifecycle
