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Providing customized joint drive solutions for all types of robot systems
It adopts a standardized, modular design with flexibly configurable performance, significantly reducing the difficulty and development cycle of the robot body and enabling rapid deployment and convenient maintenance.
Covering robot applications in industrial, collaborative, special-purpose and other fields. Provides a full range of solutions from light to heavy load and from standard to high precision, precisely matching the force control and motion requirements of different scenarios.
Core components are independently developed and domestically produced, achieving technological autonomy and supply chain security; a strict quality management system ensures product reliability and long service life under complex operating conditions.
It leads comprehensively across key indicators such as power density, motion accuracy, response speed and energy consumption control. By providing integrated optimization solutions ranging from individual joints to overall motion control, it endows end products with strong competitiveness.
From collaborative robots to exoskeletons, from medical devices to precision automation, we provide a universal high-performance joint power foundation for cutting-edge fields.
For heavy-duty work scenarios such as welding, handling, painting, and assembly, we provide joint modules with high torque, high precision, and high reliability to meet the extreme demands of motion control in Industry 4.0 intelligent production lines.
In scenarios involving human-robot collaboration, flexible production lines, and precision assembly, we offer joint modules that boast high torque density, sensitive force control, and intrinsic safety. These modules endow collaborative robots with robust load-bearing capacity despite their lightweight design, precise hybrid control over force and position, and instantaneous response to collisions. They serve as the core drive unit, facilitating safe, efficient, and flexible human-robot collaboration.
In the field of exoskeleton applications such as assistive handling, medical rehabilitation, and physical enhancement, we offer an integrated joint module with high torque density, low noise, and adaptive damping control. It can accurately recognize human motion intentions, provide instant and smooth assistance, while ensuring naturalness and comfort during movement. It serves as the core power unit for achieving human-machine integration and enhancing human performance.
The solution for robotic joints in therapy provides a safe, clean, and precise power core for minimally invasive surgery and rehabilitation therapy. Through intelligent vibration reduction and force sensing control technology, surgical operations with stability surpassing that of human hands are achieved. Combined with an adaptive compliance system, it provides scientific assistance for rehabilitation training, comprehensively enhancing the safety and reliability of clinical operations.
We provide high-response and high-reliability joint solutions for automated production lines and logistics equipment. Through modular design and precise motion control, we support rapid deployment and multi-task collaboration, maintaining excellent stability in high-speed continuous operations, and helping enterprises enhance production efficiency and flexible manufacturing capabilities.






























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