Feature:
1.High Torque Density – Provides strong power output in a compact robotic joint module, ensuring reliable performance even in space-limited applications.
2.Compact and Powerful Design – Small form factor delivers robust joint motion, making it ideal for industrial robots, humanoids, and automation systems.
3.Precise Motion Control – Offers accurate positioning and angle adjustment, enabling stable and consistent robotic movements.
4.Fast Dynamic Response – Supports rapid start, stop, and directional changes to meet high-speed robotics and automation demands.
5.All-in-One Integration – Combines motor, gearbox, sensors, and controller in a single unit, simplifying installation and reducing maintenance.
6.Human-Like Flexibility – Enables smooth, multi-degree-of-freedom motion that mimics natural joint movement for advanced robotics applications.
Highlights:
·Seamless Integration – One compact module replaces multiple components, reducing system complexity.
·Optimized for Robotics – Tailored for industrial robots, humanoid robots, and automation equipment.
·Enhanced Reliability – Fewer parts and a protected structure improve durability and minimize downtime.
·Flexible Application – Supports diverse motion requirements, from lightweight service robots to high-load automation systems.
Application:
Joint modules are widely used across multiple industries due to their high torque density, precise control, and flexible multi-degree-of-freedom motion. They are essential in industrial robotics for assembly, material handling, welding, and painting; in service robotics for household, medical, and educational applications; in medical devices such as exoskeletons, surgical, and rehabilitation robots; in humanoid robots to drive arms, hands, and legs with natural human-like movements; and in drones and specialized robots to enhance operational precision and flexibility.
Specification
| Specifications |
|
| Rated Speed |
80-150rpm |
| Rated Torque |
5-200Nm |
| Peak Torque |
15-600Nm |