3D assistive devices for children with disabilities – Malawi
Dinsdag 14 april 2026Through this project, children with physical disabilities in Malawi gain access to custom-made assistive devices, such as braces and seating supports. These devices are produced locally using 3D printers and recycled plastic. Healthcare workers and caregivers are trained in their use and maintenance.
As a result, children receive appropriate support more quickly, improve their mobility and independence, and are better able to participate in school and daily life.
This project makes innovative care accessible and affordable in a resource-constrained environment.
Goal:
Improving children’s mobility
Theme:
Rehabilitation and Innovation
Target audience:
2.000 children
Location:
Malawi
Health pioneer:
Samuel Ulili
Project
Objective
Results
Project
Children with physical disabilities often lack access to suitable assistive devices due to high costs and long wait times. This project produces locally made, custom-designed assistive devices using 3D printing and recycled plastic, enabling children to receive support more quickly and improve their mobility and independence.
Objective
Developing and manufacturing affordable, custom-made assistive devices using 3D printing, and training caregivers and healthcare providers in their use and maintenance. This improves children’s mobility, posture, and independence, and strengthens sustainable, local rehabilitation care.
Results
- Hundreds of custom-made assistive devices produced
- Improved mobility and posture in children
- Caregivers trained in use and maintenance
- Faster access to assistive devices without long wait times
Health pioneer Samuel Ulili
Samuel Ulili is a physical therapist and the founder of an organization dedicated to the rehabilitation of children with disabilities. He has extensive experience in pediatric rehabilitation and works daily with families who have limited access to assistive devices. Through his practical approach, he combines care and technology to develop innovative solutions that improve children’s mobility and independence.
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