Development of Prosthetic Arm for Disabled Persons

Abstract

The development of artificial hands is important to increase the life of disabled people. This program focuses on the design and innovation of hands incorporating advanced technologies such as biotechnology and hand control systems. The purpose of the proposed model is to make the range of motion and function of the human hand easier, more accurate, and more consistent. Using light weight, durable materials and an intuitive user interface, the prosthetic arm has been designed to be comfortable and accessible to a wide range of users. With a focus on affordability and customization, the project explores how 3D printing technology can be used to produce specialized devices at a lower cost and available to the public. In addition, the integration of neural signaling systems improves the user's ability to control the natural hand and creates an integrated interface between the brain and the prosthesis. The main objective of this program is to bridge the gap between the artificial and biological branches and promote more independence and employment for the disabled. By promoting the technical and functional aspects of prosthetic development, this project contributes to ongoing efforts to empower the disabled community and transform future technologies.

Keywords: Biomechanical Prosthetics, Neural-Controlled Prosthesis, 3D Printed Prosthetic Hand, Sensor-Based Dexterity.