With an optimized perforated structure and appropriate mechanical properties, an ideal bone-implant interface is achieved.
Thanks to its robustness, VCFix® is not relying on any types of bone cement for maintenance of the fracture. This allows for a faster procedure and avoids the risks of cement injection.
By offering different sizes and an adjustable angular expansion mechanism, VCFix® is optimized for each patient for fracture reduction and anatomical restoration.
VCFix® provides pedicle anchorage to better distribute the biomechanical load on the vertebral body and the spine. For more complex fractures, posterior fixation is optional.
Idea generation and patent protection
Official kick off of the project, including feasibility studies and receiving breakthrough designation
Including preclinical validations, supply chain integration, process validation
Start of the clinical trials
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