Mosrac direct drive torque motors

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Mosrac Motor specializes in direct-drive technology, which is ideal for enhancing productivity, accuracy, and dynamic performance. Torque motors eliminate the need for mechanical transmissions such as rack and pinion, belts, and speed reducers. As there is no contact between the coil unit and magnets, there is no mechanical wear. This technology enables slimmer and modular designs, which reduces costs.


Discover our motion control products, including torque motors with outrunner or inrunner design, magnetic encoders, and drives, which simplify integration and maximize performance in record time and different industry applications.

  • Frameless Inrunner Motor

    Frameless Inrunner Motor

    Mosrac offers inrunner frameless torque motors. This design allows the rotor & stator to be integrated directly, offering maximum flexibility, light weight, and compact size.

  • Frameless Outrunner Motor

    Frameless Outrunner Motor

    Mosrac offers a range of high-quality frameless direct-drive torque motors with an outrunner design, built to deliver superior performance and meet various demanding applications.

  • Inductive Encoder

    Inductive Encoder

    Learn about inductive encoder kits and attain maximum efficiency and accuracy in motion control, meeting the diverse application needs of different users.

  • Magnetic Encoder

    Magnetic Encoder

    Mosrac s-series magnetic encoder is an absolute encoder with multiple output formats and strong anti-electromagnetic interference capabilities to suit a wide range of designs.

  • Cycloidal RV Reducers

    Cycloidal RV Reducers

    Discover Mosrac's world of cycloidal RV speed reducers. We manufacture robot reducers to meet demands of high-torque & precision applications in various industries.

  • Planetary Joint Module

    Planetary Joint Module

    Discover the planetary joint module - a compact,high-torque actuator that combines a motor, planetary gearbox, servo driver in one unit. Ideal for automation & collaborative robots.

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