.The Crisis
In Ukraine, the need is staggering. An estimated 40’000 people—men, women and children—are below-knee amputees as a result of the war. Yet in all of 2024, only about 600 new prosthetic devices were made across the entire country. The math is impossible: at that rate, it would take decades to help those in need.
Traditional prosthetic-making is slow and expensive. Using plaster moulds and manual fitting, a single prosthetic leg can take several days to produce and cost between $ 8’000–15’000 (or more).
The Solution: 3D Innovation
Two years ago, Mission for Ukraine partnered with Baylor College of Medicine and Texas Children’s Hospital (both in Houston, Texas) to pilot something revolutionary in Ukraine: 3D-printed prosthetics.
In June 2024, we purchased and shipped a cutting-edge “Icarus” 3D printer to our partner clinic at Transcarpathian Regional Clinic Hospital (TRCH) in Uzhhorod. Working alongside partners like Invent Medical (Czech Republic) and Filaments Innovation (USA, now owned by French company Proteor), we:
- Fine-tuned software for scanning limbs and perfect fitting
- Improved the plastic filament material used for sockets
- Trained TRCH’s technicians and rehabilitation staff
- Printed all the ancillary equipment to produce prosthetic legs.
The Results Are Stunning
By November 2024, the first 3D-printed socket was made and fitted to a patient—on the same day. Within months, the clinic had fitted 27 patients with new 3D-printed prosthetics. In June 2025, Baylor College of Medicine declared the pilot project a success.
What makes this revolutionary?
- Speed: A prosthetic socket can be printed in 2 hours (other 3D printers take 18–24 hours or longer).
- Total time: Scan to fitting takes about 4 hours total—versus several days with traditional methods.
- Cost: A complete 3D-printed prosthetic costs around $ 400 per patient—about one-tenth the traditional cost.
Expansion Is Now Underway
Encouraged by success, Mission for Ukraine is scaling up fast. We’ve secured a new, lighter “Icarus Lite” printer ($ 25’000 each, half the size and weight of the original) and signed a partnership with Proteor to expand across Ukraine.
By October 2025, we’d already:
- Sent the first Lite printer to Vinnytsia for a state prosthetics institution
- Donated a second Lite printer to UNBROKEN, an elite prosthetics clinic in Lviv, which declared the results “amazing” and is now training teams in this technology
- Signed an MOU with Proteor to place 4 more Lite printers in hospitals and clinics across western and central Ukraine
A Word From the Ground
Our volunteer coordinator, Smith Graham, lived in Uzhhorod to oversee the project until June 2025. His presence on the ground ensured that all the different partners—hospitals, manufacturers, trainers, patients—could communicate and solve problems fast.
Now, the Military Hospital in Mukachevo (40 km away) is scanning amputees, sending the scans to TRCH for 3D printing, and fitting veterans with new legs without them having to travel.
What’s Next
The vision is clear: bring 3D prosthetic technology to universities and hospitals in Kyiv, Lviv, Ternopil and beyond. We’re also partnering with UNBROKEN and Proteor to develop a Centre of Excellence for prosthetics in Lviv.
Each new printer means hundreds of Ukrainians—soldiers, civilians, children—can walk again. Not in months or years. In hours.