3D-Printed Mg Implants: No More Second Surgeries

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February 10, 2026 News 9946

3D Printed Absorbable Magnesium Implants: Ending the Need for Second Surgeries in Bone Repair

In orthopedics and maxillofacial surgery, traditional metal implants often require a second surgery for removal. The startup OsseoLabs is changing this reality with two groundbreaking technologies.

Core Technologies: AI Planning + Absorbable Mg Implants

The company's core lies in the OsseoVision™ AI surgical planning platform and its proprietary 3D printing technology for absorbable magnesium. The AI platform can automatically complete personalized implant design within minutes based on patient CT data, reducing planning time by over 90%. Its proprietary magnesium 3D printing process overcomes the challenges of magnesium's high reactivity and difficulty in printing. The manufactured implants possess strength comparable to bone and can be safely absorbed by the body after healing, eliminating the need for a second removal surgery.

Patient Benefits: Greater Precision, Less Suffering

For patients, this means implant results that better fit the anatomical structure, a better environment for bone growth, and complete avoidance of the pain and risks associated with a second surgery. For doctors, AI planning provides a precise "surgical preview," significantly reducing intraoperative uncertainty.

Industry Vision: Making Personalized Surgery the Standard

OsseoLabs' long-term goal is to make this kind of "regenerative fixation" the routine choice for bone repair, not an option reserved for complex cases. By combining AI design with absorbable materials, they are transforming surgery from a process reliant on craftsmanship and experience into a precise, predictable "engineering technology."

Currently, this technology has been validated in over 300 clinical cases globally, paving a new path for bone repair that avoids permanent foreign objects and better aligns with the body's natural healing process.