Advanced bionic solutions for superior muscle-machine interaction.
We bridge the gap between human intent and robotic precision using advanced muscle-sensing technology.
Non-invasive ultrasonic sensing that detects deep muscle deformations for unprecedented control accuracy.
Advanced Deep Learning models that translate muscle patterns into fluid, real-time prosthetic movement.
To restore autonomy and natural mobility to individuals with limb loss by developing intelligent prosthetic interfaces that understand human intent with clinical precision.
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