Our system combines sensitive biosignal sensors with deep-learning software. It captures muscle signals, interprets user intent and controls a bionic device in a closed loop.
It is designed to reduce common EMG problems such as weak signals, delay, interference and temperature drift.
Precise EMG Signal Detection
Flexible dry electrodes adapt to different skin conditions and reliably detect weak EMG signals. The system interprets movement intent within milliseconds, allowing smooth changes between gestures and grip-force levels.
Technology Shared Between Medical and Industrial Products
Sensing and control technology developed for rehabilitation is also used in dexterous robotic hands. Industrial testing helps us improve the stability, durability and control software of our prosthetic systems.
Natural and Easy Control
The system follows natural human movement patterns. It uses forward and inverse kinematics to make control easier to learn and adjusts grip force to the material of the object.
Open Licensing for Modular Technology
EMG sensing, tactile feedback and motion control are available as standard modules for licensing. They can be used in rehabilitation devices, robots and intelligent robotic systems.
WFlexible electronic skin/Multi-channel, multimodal signal processing/Lightweight bionic actuators/AI-based robot-control platforms/
Specialized humanoid robots, including care robots