Robot tendon

This product achieves a generational leap over traditional direct-drive solutions in terms of underlying physical morphology and kinematic performance. Regarding power output and stroke control, it innovatively adopts a high-barrier modular series-parallel architecture, offering exceptional flexibility for performance customization: the series mode can significantly increase the motion stroke and response speed, while the parallel mode can multiply the powerful output force. In terms of control accuracy, the system possesses millimeter-level or even finer manipulation capabilities and natively features an innovative self-locking characteristic, significantly reducing system energy consumption and control complexity when maintaining postures. Thanks to its minimalist physical structure design, the product completely eliminates the mechanical redundancy of the traditional "coreless motor and reducer" combination. This not only significantly extends the full-load operating lifespan but also demonstrates excellent flexibility within an extremely small volume. Whether for the precise operations of highly integrated dexterous fingertips or the micro-expression reconstruction under highly simulated silicone skin, it provides stable, efficient, and low-noise flexible power output.