Description
Medsby Bionic Hand 2.0 AI
Next-generation myoelectric prosthetic with real-time AI-powered control.
The Medsby Bionic Hand 2.0 AI is an advanced bionic hand system that translates your natural muscle signals into precise, mechanical hand movement. Using EMG (electromyography) sensing paired with an intelligent AI calibration engine, the system reads bio-electrical signals from the forearm and converts them into smooth, responsive open-and-close motion — enabling a more natural and intuitive human-machine interaction.
Unlike static prosthetic designs, the Bionic Hand 2.0 AI features a hybrid processing architecture that continuously adapts to each user’s unique muscle signal patterns through a guided calibration process, improving accuracy and reliability over time.
Key Features
- Real-Time EMG Signal Acquisition & Processing — captures live muscle activity for instant, responsive control
- Intelligent AI-Based Calibration — a guided 5-cycle open/close calibration trains the model to your unique signal profile, with live accuracy scoring
- Precision Open & Close Mechanism — five independently driven finger servos (thumb, index, middle, ring, pinky) for natural hand motion
- Hybrid Processing Architecture — combines an onboard AI control unit with an Arduino-based motor control layer for reliable, low-latency performance
- Intuitive User Interface — a live dashboard displays EMG waveform, signal features (RMS, MAV, ZCR, WL), live prediction confidence, and manual override controls
- Simple Setup — connects via HDMI display, USB, and a regulated 5V power supply, with plug-and-play electrode placement
BioMechX V2