Motor, the most common source of mechanical power, coupled with gear sets forms drive systems with desired speedtorque. We pioneer research in developing innovative transmission module such as: an integrated magnetic gear motor that effectively reduces structural volumepossess overload protection. In addition, with various combinations of power inputoutput, continuously variable transmissiondifferential transmission can be realized.

The integrated magnetic gear motor input/output ports are interchangeable. This increases its application flexibility in power couplings,consequently achieves active regulation of power transmission. Through power coupling control designs, fixed speed reduction ratio, electrical continuously variable transmission (ECVT),differential transmission are accomplishedmeets the requirement

The integrated magnetic gear motor features overload protectionno wear problem, which is suitable for power-controlled applications with unstable load such as electric auxiliary vehicles (electric bicycles, wheelchairs, etc.). The non-contact transmission reduces dustnoiserequires no lubricationless maintenance. In addition, this design utilizes few components, lightweight, hig