prosthetic hand design

Prosthetic hand design combines materials science, engineering, and biomechanics to create devices that replicate natural hand function. It involves selecting lightweight, durable materials and designing joints and fingers that mimic the movement and dexterity of a real hand. Modern prosthetics often incorporate sensors and motors to enable intuitive control through muscle signals or other inputs. The goal is to enhance mobility, strength, and fine motor skills, allowing users to perform daily activities comfortably. Customization is key, ensuring the prosthetic fits well and meets individual needs, ultimately improving independence and quality of life.