High-performance frameless motors, servo motors, and reducers engineered for humanoid robot joints. Our motion components deliver exceptional torque density, efficiency, and precision required for human-like locomotion and manipulation.

Cost-effective frameless torque motor designed for humanoid robot joint applications. Direct-drive design eliminates backlash, delivering precise joint control with ultra-compact form factor. 10% higher torque output under the same input current compared to industry benchmarks.
Premium frameless torque motor with industry-leading power density. Full size coverage from φ50 to φ127 for every joint position in humanoid robots — from finger joints to hip actuators. Capable of delivering up to 120 Nm peak torque, outperforming leading European alternatives.
Ultra-compact low-inertia servo motor in □25mm frame size. Ideal for lightweight humanoid robot finger and wrist joints. Features concentrated winding with vacuum potting for 400% overload capability and IP67 protection.
Low-inertia servo motor in □40mm frame for humanoid robot elbow and shoulder auxiliary joints. Fully automated production ensures consistent quality across high-volume orders.
High-inertia servo motor for humanoid robot hip and knee main drive joints. Dual voltage support (220/380V) for flexible system integration. Already in volume production for European robotics customers.
Heavy-duty high-inertia servo motor for humanoid robot hip joints and heavy-load applications. 48V DC low-voltage design optimized for battery-powered mobile robots with up to 43 Nm peak torque.
Precision strain wave gear reducer with zero backlash, purpose-built for humanoid robot joint applications. Available in 50, 80, and 100mm sizes to match our frameless motor lineup for complete joint solutions.
Ultra-thin high-precision encoder designed to integrate seamlessly with HRP frameless motors. Dual-encoder configuration with total height under 1mm enables the most compact joint designs in the industry.
Compact electromagnetic holding brake for servo and frameless motors. Ensures safe joint locking during power-off conditions — critical for humanoid robot safety in human-collaborative environments.
High-sensitivity torque sensor for robot joint force feedback and compliant control. Auto-compensation technology ensures stable readings across temperature variations.