Orthopedics Case Studies
Case Study: Advancing a Minimally Invasive Treatment for Vertebral Fractures
A handheld device and controller unit designed for the treatment of vertebrae weakened or fractured as a result of osteoporosis.
The system stabilizes the injured vertebra through the injection of high-viscosity bone cement, with increased precision enabled by an articulating distal end. This minimally invasive approach helps restore stability and supports improved quality of life for patients.
Industry
Orthopedics
Impact
- Designed and developed the handheld device and controller unit.
- Developed a newly formulated bonecement, mixing and injection system.
- Contributed to regulatory submission documentation.
- Supported successful U.S. regulatory approval and subsequent market launch.
Challenge
The client sought to develop a novel more effective and user friendly system for stabilizing osteoporotic vertebral fractures. The device needed to deliver high-viscosity bone cement with precision while remaining safe, effective, and minimally invasive for patients.
Solution
As a contract developer and manufacturer, our team collaborated with the client from early design through regulatory approval. We:
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