Redefining Precision, Flexibility, and Responsiveness in Next-Gen Robotics

Designed for Dexterity and Control
Engineered with high-fidelity actuators and ultra-sensitive sensors
Delivers real-time feedback and precise motion matching
Achieves smooth finger coordination for a wide range of grasping patterns

Industrial-Grade Strength and Responsiveness
Up to 30 newtons of grip force
React time as low as 0.1 seconds
Supports complex movements like pinch, twist, and lateral grasp
Completes 530 verified action combinations with an accuracy margin below 0.8 degrees

Modular and Customizable Integration
Seamlessly fits with CAN bus and industry-standard robotic platforms
Easily adapts to multi-joint systems including humanoid robots
Offers flexible configurations for simulation, education, and field applications

Award-Winning Innovation
Honored with Red Dot Design Award and TIME Best Inventions
Recognized by major academic and industry institutions
Trusted by global robotics companies and rehabilitation labs

Proof in Performance
Successfully integrated into hundreds of robotics projects worldwide
Supports AI-driven manipulation, prosthetics, and industrial assistance
Endorsed by teams from leading innovation institutes and universities

Strategic Partnerships
Collaborates with Huawei, Zhejiang University, Tsinghua University, and Realman Robotics
Widely adopted in national engineering labs and robotic competitions
Powers the hands of future-oriented machines

Next-Generation Human-Machine Collaboration
Combines soft touch with industrial-grade reliability
Brings a human-like sense of agility and presence to robotic systems
A core component in shaping the future of intelligent manufacturing and service robots