Our actuator platform is designed first for the torque density and control bandwidth humanoid joints require — the same modules translate directly into other force- and precision-critical applications.
From hip and knee joints carrying full-body dynamic loads to wrist and finger actuators requiring fine force control, our RJ and TM series are engineered around the specific demands of bipedal, human-scale machines: high power density, sub-millisecond control loops, and drivetrains that survive repeated impact from walking and falls.
View RJ & TM Series →Collaborative arms, pick-and-place, and precision motion stages that need repeatable force control on the factory floor.
Flight control surface actuation and ground robotics engineered to MIL-spec vibration, thermal, and duty-cycle requirements.
Surgical robotics and rehabilitation exoskeletons requiring precise, backdrivable, compliant force control near the human body.
Steer-by-wire, active suspension, and EV assembly-line automation demanding high-cycle-life linear actuation.
Solar tracker positioning, wind pitch control, and precision agricultural robotics operating in demanding outdoor environments.
Corrosion-resistant actuation for rudder control, stabilizers, and unmanned surface/underwater vehicles.
Autonomous mobile robots and robotic sortation systems requiring compact, high-cycle-life joint actuators.
Compact, quiet, low-cost-derivative actuator variants for next-generation consumer and companion robots.
If your program needs precise, high-cycle-life force or torque control, chances are our platform can be adapted to it.