1. Principles and practices¶
My project is a hand exoskeleton.
Research¶
My project is a hand exoskeleton, to help the movement of the hand of someone who has lost the mobility of the hand, through the technology of the FABLAB SIMÓN BOLÍVAR, with the support of the Fusion 360 software with an educational license for the design and simulation of the movement of the fingers so that the hand has the most natural movement possible and that it can grasp and carry items in the most comfortable way.
Materials¶
In my project I am going to work on Digital Manufacturing technologies:
3D printing – For the hand and fingers. Vinyl Cutter - For My ID and Insert Design On and Off (0 - 1) You will use the materials: PLA to 3D printer to make mechanisms to use the hand. Bowden Cable: For finger stretching DC actuators and motors: generate movements Arduino: Programming the motors to generate the movements.
Using the milling machine, circuit cutting plotter and 3D printer ```
Gallery¶
My project is a hand exoskeleton, to help the movement of the hand of someone who has lost the mobility of the hand
In my project I am going to work on Digital Manufacturing technologies
Hand exoskeleton project models on the web, reference image of my project. (https://es.made-in-china.com/co_syrebo/image_Portable-Home-Hand-Training-Physiotherapy-Robot-Gloves-Physical-Therapy-Equipment-for-Stroke-Patients_uonhhorngg_2f1j00njyhewmINPcC.html)