Team 27

PAARM: Battery-Operated 3D Printed Prosthetic Arm for Transradial Amputees with Universal Fit

Team Members: Juliet Addo, Yvonna Chan, Sabina Minta-Jacobs, Courtney Newman - SBHSE

Team Mentors: Dr. James Abbas - SBHSE
Dr. Daya Kulkarni - Syracuse University

YouTube Link: View the video link below before joining the zoom meeting

Zoom Link: https://asu.zoom.us/j/8377649587

Abstract

Our team aims to create a useful and convenient prosthetic arm that would enable upper limb amputees to perform day to day activities. The market currently lacks affordable prosthetics that can accommodate varying degrees of amputation. Most models available have a limited range of motion in the thumb and hands, making it difficult to grasp a variety of objects. Developing a lightweight, easy-to-use arm that is reliable is the top priority of ANCM Prosthetics. The extensive research the team has conducted on industry best practices and quality system regulation has prepared us to develop an improved prosthetic arm using good manufacturing practices. The team’s three motor myoelectric design will allow users to control their hand movement with their own arm muscles. Our design’s universal fit will allow the design to be worn comfortably and avoid irritation and fatigue associated with most prosthetics. Our team 3D printed the majority of our device parts, making manufacturing much cheaper and time efficient. ANCM Prosthetic’s Pro Aesthetic Arm is a 3D printed prosthetic arm with universal fit for trans-radial amputees is intended to be sold for under $1000 USD to promote affordability in the market.

Video: