Some of our most meaningful work happens here. We design and 3D print assistive and medical devices; built from recycled and medical-grade materials, and shaped around the person who will actually use them.

Our flagship project, a recycled 3D-printed orthosis for infant clubfoot treatment, was built as a low-cost, accessible alternative for resource-limited settings; and won 3rd place in the National Biomedical Engineering Design Competition. It’s a clear example of what’s possible when good engineering is aimed directly at a real, unmet need.

Who this is for

• Individuals and families seeking an assistive device solution
• Clinics and hospitals looking for accessible, lower-cost device options
• NGOs and development organizations running accessibility or health programs
• Researchers and partners exploring recycled-material medical devices

What’s included

• Assistive and medical devices, including orthoses and prosthetic components
• Devices made from recycled and medical-grade materials in consultation with qualified medical professionals and are not a substitute for clinical diagnosis or treatment.
• Consultation and fitting assessment as part of the process
• Iterative revisions to ensure proper fit and function
• Timeline scoped to the complexity of the device

How it works

Because every person and every case is different, this service starts with a short consultation form rather than an instant order — so we understand exactly what’s needed, who it’s for, and whether it’s been assessed by a medical professional, before any design or quote begins.

1. Submit a consultation request – tell us about the device and who it’s for.
2. We review and follow up – assessing feasibility and next steps.
3. Design and fitting – working from prescriptions, measurements, or assessments.
4. Fabrication and revisions – built and refined until the fit is right.

Pricing: Custom quote, scoped per device.