Prótesis de mano robótica neurocontrolada

Abstract

This project focuses on the creation of a neuro-controlled hand prosthesis that can be operated through brain signals, using technologies such as EEG, Arduino, and radio frequency modules. The prosthesis design includes degrees of freedom for the fingers, allowing for basic hand movements such as opening and closing. Throughout the development, aspects such as brain neuroplasticity for user adaptation and the need for prior training to effectively control the prosthesis are highlighted. Additionally, the project emphasizes the importance of affordable technologies like 3D printing to reduce production costs, making the manufacturing of personalized and functional prostheses viable. The use of Mindflex technology enables a direct connection between the user's brain waves and the prosthesis control, all at an accessible price compared to other market options.