3D Printed EMG-Controlled Prosthetic Hand Kit | DIY Bionic Hand for Biomedical & Robotics Projects (55)

Experience the cutting edge of biomedical engineering with this DIY 3D Printed EMG-Controlled Prosthetic Hand Kit — a project that bridges robotics, human physiology, and 3D printing technology.

Designed for engineering students, researchers, and advanced hobbyists, this kit lets you build a functional prosthetic hand that responds to muscle signals using EMG (Electromyography) sensors. With precision 3D printed parts, servo motors, and an Arduino-compatible microcontroller, this bionic hand replicates basic human hand movements based on muscle contractions.

Perfect for biomedical projects, robotics competitions, and innovation exhibitions, this prosthetic hand not only demonstrates core robotics and sensor integration but also helps students explore real-world medical applications like assistive technology.

If you’re interested in building an advanced, functional EMG prosthetic for research, learning, or showcasing innovation, this kit offers the ultimate foundation.

🟢 Key Features:

• Functional prosthetic hand controlled by EMG muscle signals

• 3D printed palm and finger assembly for realistic motion

• Arduino-compatible board for programmable flexibility

• Comes with EMG sensor module for live signal detection

• Educational tool for biomedical, bionics, and robotics domains

• Ideal for final-year college projects and science exhibitions

🟢 What’s in the Package:

• 3D Printed Parts Set (Palm, Fingers, Joints)

• 5x SG90/SG92R Servo Motors

• 1x Arduino UNO Compatible Board

• 1x EMG Muscle Sensor Module (MyoWare or similar)

• Jumper Wires & Connectors

• USB Cable for Arduino

• Detailed Assembly & Programming Guide (PDF / YouTube)

🟢 Ideal For:

• Biomedical engineering students

• Robotics project developers

• College-level final year projects

• Tech exhibitions & innovation contests

• Research in prosthetics and assistive devices