Russia Develops World-First 3D-Printed Titanium Spinal Implants for Children
The breakthrough technology restores mobility to young patients with complex spinal conditions — and marks a major leap in personalized medicine.
Russian medical researchers have unveiled a custom-designed titanium implant that helps children and teenagers with severe spinal defects return to active lives. Created at the N. N. Priorov National Medical Research Center for Traumatology and Orthopedics, the technology offers a fully individualized approach to treating spondylolysis, a condition that causes structural instability in the spine.
Precision made personal
Each implant is modeled directly from a patient’s CT scan and then 3D-printed from a biocompatible titanium alloy. The result: a perfect anatomical match that minimizes surgical risks and speeds up recovery. The design also preserves spinal flexibility — a critical factor for young patients hoping to regain full mobility and return to sports.
From lab to life
So far, 45 patients have undergone successful surgery using the new implants, and the innovation was showcased at Russia’s 2025 Medical Product Development Fair. The project exemplifies how 3D printing and precision engineering are reshaping modern healthcare — turning once-impossible procedures into tailored, life-restoring solutions.
