3-channel EMG allows to control individual fingers with very little delay.
With an ever-increasing availability of new technologies, we created an affordable bionic leg that is accessible to everyone.
Using Wi-Fi and myoelectric technology, Pelop's Hand was designed as a low-cost prosthetic concept to emulate the squeezing of one's hand.
Augmented prosthetic foot that gives haptic feedback to improve weight distribution, and help prevent muscle atrophy, bone density loss, etc
Build a DIY EMG-controlled prosthetic hand! Use the Muscle BioAmp Shield (Arduino Uno shield) to read and act on muscle signals.
Proprioception and feeling of touch through high-dimensional vibrational patterns on the skin via NeoSensory Buzz
A concerned effort to improve the basic standard of living in underdeveloped and developing countries.
In this project, variable grip for a 6 finger augmentation device is possible through the use of a servo and potentiometer.
This is a 3D-printed had that can pick up drinks using wrist actuation!
Open source finger movement tracker using open hardware, machine learning, and a labeling system. Prosthetic sensor for prosthetic hands.
A bionic myoelectric palm that uses edge AI and RTOS MCU to provide a <1ms control platform for prosthetics and physical AI research.
A 3-D prosthetic finger with grip controlled by FSR readings.
