Wirelessly controlled InMoov robotic hand via DIY flex sensors
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Updated
Dec 15, 2022 - G-code
Wirelessly controlled InMoov robotic hand via DIY flex sensors
University project developing a novel low-cost prosthetic hand
Mechatronics Engineering Project
A bionic prosthesis controlled through DIY muscle sensors attached to an Arduino board
Welcome to Limbo where we plan to revolutionize lives through providing feasible prosthetic solutions.
This 3D printed prosthetic arm project aims to create a functional prosthetic controlled by muscle signals captured through an EMG sensors.
Implementation and benchmarking of machine learning methods for identifying hand motions from EEG recordings.
OpenArms Project for Low-cost & Mass-supply
A prototype for a bionic hand that is being controlled by sight
Analyze data from surface EMG sensors, accelerometer, and gyroscope to recognize several hand-motion patterns, which can then be associated with a specific pattern in the 3D printed prosthetic arm 💪🏼
This sketch was made to be used in conjunction with the Mirru Android App
This sketch was made to be used in conjunction with the Mirru Arduino Sketch
Obsoleted: OpenArms project with Research and Development.
Designing, building and controlling a motorized prosthetic arm
Body powered prosthetic hand mechanisms are actuated by human body movement through wires or cables and their goal is to substitute the human hand more esthetically than functionally.
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