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• The goal of the project is to create a product that can be used for creating 3D printed adaptive prosthetics.
• A team from University of Washington will use an open source platform to create custom, lightweight, and affordable prosthetic limbs.
• The project will also provide training and tools for individuals in developing countries who don’t have access to advanced medical care.

Creating Adaptive Prosthetics with 3D Printing

A team from University of Washington is leading a project to develop a product that uses 3D printing technology to make customized, lightweight, and affordable prosthetic limbs available to everyone. This unique approach could potentially benefit those living in developing countries who do not have access to advanced medical care.

The Open Source Platform

The team is using an open source platform called OpenBionics, which allows users to design their own prosthetic parts with 3D modelling software. Once designed, the parts can be printed using a variety of materials such as plastic or metal alloys. The design process ensures that each part is tailored precisely for each individual’s needs and provides greater flexibility than traditional methods of fabrication.

Improving Accessibility

The goal of this project is to make these prosthetics more accessible by reducing cost and making them easier for anyone with basic knowledge about design and 3D printing technology to fabricate on their own. The team also plans on providing resources such as online tutorials and workshops so people in developing nations are able to learn how they can manufacture these devices themselves without relying on outside help or expensive specialized equipment.

Usability & Durability

In addition to being more affordable than traditional methods, this new approach also promises improved durability as the parts can be easily replaced or repaired when necessary due to wear-and-tear over time. This makes it possible for users in remote locations where resources are limited or difficult to come by, making it much easier for them access the same level of quality care available elsewhere in the world.

A Brighter Future
This innovative use of 3D printing technology has the potential to vastly improve accessibility and affordability of adaptive prostheses around the globe while providing independence and freedom many people wouldn’t otherwise have had access too before now.