A cutting-edge prosthetic hand powered by brain and muscle signals
Designed to restore independence and dignity through intuitive control

Advanced Signal Recognition

Utilizes EMG (electromyographic) and EEG (electroencephalographic) signal decoding
Interprets user's muscle and nerve intentions for precise finger movement
Real-time feedback ensures responsive and natural hand gestures

Multiple Gripping Patterns

Supports more than ten common hand gestures including pinch, fist, open palm, and point
Customizable grip modes for daily life, work, sports, and social interactions
Hand pose training via mobile app for adaptive control

Smart Adaptive System

Learns user's unique movement habits over time
Continuously optimizes accuracy and stability of grip transitions
Supports bimanual coordination and bilateral symmetry rehabilitation

Award-Winning Design and Recognition

Winner of Red Dot Design Award and TIME Best Inventions
Featured in the UN, CCTV, and multiple global innovation exhibitions
Selected for prosthetics by athletes, musicians, and educators worldwide

Durable and Lightweight Construction

3D-printed composite frame for comfort and strength
Withstands daily use with high tensile grip capacity
Lifelike appearance with soft-touch black matte finish

Proven Global Impact

Deployed in over 10 countries across 5 continents
530+ successful clinical users worldwide
Recognized by prosthetics experts and rehabilitation hospitals

Future-Ready Technology

Supports firmware upgrades through mobile platform
Planned API integration with future brain-computer interface systems
Ongoing updates based on global user feedback

Empowerment Through Innovation

A breakthrough in neuro-controlled prosthetics
Restores both function and emotional confidence
Pioneering a new era in human-machine interaction