Our sensors detect weak muscle signals. Signal-processing software interprets changes in grip strength and gestures within milliseconds.

Upper-limb rehabilitation is a long-term need. Our goal is to make useful technology more accessible to people who need it.

Future Development
We are exploring brain-computer interfaces, flexible electronic skin and related technologies for future human-machine interaction and intelligent robotics.

Our prosthetic hands are designed to help users regain essential everyday functions and use tools more easily. Flexible sensors and adaptive software help the system respond to user intent with less training. Our biosignal and tactile-feedback technologies are also available as modules for medical-device and robotics companies.

We apply biosignal processing and adaptive grip control from rehabilitation products to industrial robots. Testing in demanding industrial environments also helps us improve the stability, durability and response time of our prosthetic systems.