Bionic Hand – Empowering Lives with Robotics

The Bionic Hand is a five-fingered robotic prosthetic developed for amputated patients, engineered to replicate natural hand movements and restore functionality with precision and comfort. Inspired by shadow-hand technology, this mechanical marvel provides an affordable yet advanced solution to real-world challenges in prosthetics and human-robot interaction.

At the heart of the Bionic Hand is a servo-driven mechanism that mimics the dexterity of human fingers. It supports multiple control systems—such as Flex Sensors and Image Vision-based gesture tracking—to offer adaptable and intuitive control methods for different users and use cases. The system's modularity allows for further expansion into AI-assisted motion prediction, making it an excellent platform for future enhancement.

The hand is lightweight, power-efficient, and robust—making it ideal for both medical and research-focused applications.

• Five-Finger Dexterity: Individual finger movement controlled via micro servos.
• Shadow Control System: Mirrors human hand gestures using flex sensor or vision tracking.
• Custom Servo Housing: Mechanical frame designed for compact servo integration.
• Lightweight Chassis: Durable yet wearable build with comfort in mind.
• Control System Variety: Flex Sensor gloves, Image Processing, or future-ready EMG options.
• Medical & Research Use: Designed to serve both clinical rehabilitation and robotics research.