The frameless torque motor features torque fluctuation under 1% and 3.5‑times overload capacity, providing stable, high‑performance torque output for robot joint applications.
Haozhi Frameless Torque Motors eliminate outer housings, bearings, and shafts to integrate stator and rotor directly into robot joints. Delivering <1% torque ripple and up to 3.5 times peak overload capacity, they feature a hollow-shaft design for clean cable routing—maximizing power density while minimizing system size and weight.
Designed specifically for collaborative and humanoid robot joints, Haozhi Frameless Torque Motors combine high torque output, precise motion control, and superior structural flexibility.
Ensures exceptionally smooth motion control, minimizing speed fluctuations and noise during high-precision joint movement.
Delivers robust dynamic response and high peak torque output to handle transient high loads and complex motion profiles.
Eliminates extra housings and bearings, enabling direct embedding into joint housings and supporting large hollow-shaft designs for compact wiring.
Haozhi Frameless Torque Motors provide high torque density, reliable dynamic feedback, and space-saving flexibility, making them the ideal motion source across next-generation robotic systems, medical equipment, and advanced automation platforms.
Delivers smooth torque control and flexible force feedback required for bio-mimetic massagers, healthcare therapy, and personal service robotics.
Directly embedded into shoulder, elbow, wrist, hip, knee, and wheel-legged joints to enable precise force control, smooth trajectory execution, and compact joint design.
Access detailed specifications, integration guidelines, and 3D CAD models to accelerate your product development cycle.
We combine proven, reliable components with tailored mechanical and electrical interfaces to solve your exact drive system requirements. By perfectly matching standard reliability with individual customization, we deliver your customer-specific solutions quickly and flexibly.
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