See how a segmented rotor with holder, frame, and alternately arranged cores and magnets reduce
See how a cam-actuated stator replaces the solenoid clutch in washing machines, enabling seamle
Magnetic levitation adjusts the axial flux motor air gap to cut Back-EMF, limit torque ripple, and widen the high-speed operating range.
A high-reluctance rotor path steers flux around variable-force magnets, improving magnetization control and flux distribution.
A movable tooth head ring shifts magnetic flux paths to boost full-load torque and cut semi-load losses in an electric machine.
A flux-guiding rotor replaces permanent magnets with an energized core and extensions, avoiding detachment at high speed while increasing torque.