A 3D-printed prosthesis promoting independence
At Lattice Services, we recently tested the 3D printing of the Phoenix Hand, a modular and customisable prosthesis developed by the e-Nable France community.
Designed for people without fingers or wrists, this prosthesis aims to improve independence and grip strength through an accessible and collaborative approach.
The model is made available free of charge to users by the association.
A print produced using medical-grade materials
For this test, we used a range of skin-safe materials to create a prototype that is robust, comfortable and fit for purpose:
- Medical-grade black ABS
- Medical-grade ivory ABS
- Flexible medical-grade TPE layering
This combination results in:
- good mechanical strength
- greater comfort
- a finish suitable for everyday wear
3D printing for accessible solutions
The Phoenix Hand perfectly illustrates the potential of 3D printing in the development of personalised and accessible devices.
Thanks to its modular design and distributed manufacturing, this type of project enables:
- customisation to suit the recipient’s needs
- reduced manufacturing costs
- faster and more flexible production
A collaborative and supportive approach
This project also demonstrates how maker communities, charities and additive manufacturing technologies can work together to improve the lives of people with disabilities.
At Lattice Services, we firmly believe that 3D printing can play a key role in developing more accessible medical and technical solutions.
Find out more about the e-Nable France project
The Main Phoenix model is available free of charge on the official e-Nable France website.
