The objective is to combine advanced robotics with intuitive control to create a prosthetic solution that is lightweight, responsive and adaptable to the user’s needs.
Smart Upper Limb Prosthesis
Development of a lightweight robotic hand prototype integrating sensors and adaptive control.
Project Overview
The Smart Upper Limb Prosthesis is a robotic hand prototype designed to explore new possibilities in assistive technology and human–machine interaction.
The project focuses on developing a lightweight, functional and adaptable prosthetic system capable of reproducing natural hand movements while remaining comfortable and easy to control. The prototype integrates mechanical design, electronic components and intelligent control algorithms within a compact architecture.
From the initial CAD design to the physical prototype and testing phase, the project follows an iterative engineering approach focused on performance, precision and usability.
- Category : Bionic Prosthetics
- Date : 02.03.2022
- Client : Add Content
- Address : Add Content
Key Features
- Lightweight robotic hand architecture
- Custom mechanical and CAD design
- Integrated sensors for movement and interaction detection
- Adaptive control system
- Precise finger movement and actuation
- Prototype development and assembly
- Functional testing and performance evaluation
