The Auric Wisdom Xenso Hand is a tendon-driven anthropomorphic robotic hand, serving as a standardized hardware platform for hands-on robotics research, education, and algorithm.

Bionic Design:

• Engineered to human hand proportions and joint layout,      replicating MCP, PIP, and ABD joint characteristics.

• Features 17 degrees of freedom (16 in fingers + 1 in wrist),      including an opposable thumb and active wrist.

• Capable of directly manipulating tools and objects designed for      human hands, significantly simplifying teleoperation workflows and      enhancing efficiency in human hand data collection and training adaptation.

Reliability Design:

• Joint Overload Protection: Triggers      controlled dislocation when load exceeds threshold, preventing damage to      core components.

• Auto-Calibration System: Ensures      long-term operational accuracy.

• Low-Friction Tendon Drive Path:      Reduces energy loss and improves response speed.

• Modular Architecture: Facilitates      maintenance and functional expansion.

• Long-Duration Stability Validation:      Free from tendon loosening, rupture, or similar failures; verified for      reliability, robustness, and effectiveness through extended-cycle task      validation.

Development Interfaces: Provides standardized open APIs, supporting researchers, educators, and developers in customized development across diverse scenarios, thereby lowering the barrier to dexterous manipulation algorithm research.

Application Value: Delivers highly reliable hardware support for the deployment of reinforcement learning technologies in dexterous manipulation, accelerating the translation from fundamental research to industrial applications.