Accufix Surgical announced the completion of 200 procedures with the Accu-Joint Hemi Implant for MTP joint treatment that offers an alternative to fusion.
The Accu-Joint Hemi Implant features patented instrumentation that allows for bone resurfacing without significant resection, requiring only 1mm of bone removal. This bone-preserving approach, combined with its non-weight bearing design, supports faster recovery while maintaining natural joint biomechanics.
“Reaching 200 successful procedures demonstrates the growing adoption of our innovative approach to MTP joint disorders,” said John Evans, CEO of Accufix Surgical. “Our mission has always been to provide surgeons and patients with better alternatives to fusion. The Accu-Joint’s bone-preserving design and non-weight bearing mechanics are transforming how we think about joint preservation, and these 200 cases validate our technology’s potential to improve patient outcomes.”
Accufix Surgical announced the completion of 200 procedures with the Accu-Joint Hemi Implant for MTP joint treatment that offers an alternative to fusion.
The Accu-Joint Hemi Implant features patented instrumentation that allows for bone resurfacing without significant resection, requiring only 1mm of bone removal. This bone-preserving...
Accufix Surgical announced the completion of 200 procedures with the Accu-Joint Hemi Implant for MTP joint treatment that offers an alternative to fusion.
The Accu-Joint Hemi Implant features patented instrumentation that allows for bone resurfacing without significant resection, requiring only 1mm of bone removal. This bone-preserving approach, combined with its non-weight bearing design, supports faster recovery while maintaining natural joint biomechanics.
“Reaching 200 successful procedures demonstrates the growing adoption of our innovative approach to MTP joint disorders,” said John Evans, CEO of Accufix Surgical. “Our mission has always been to provide surgeons and patients with better alternatives to fusion. The Accu-Joint’s bone-preserving design and non-weight bearing mechanics are transforming how we think about joint preservation, and these 200 cases validate our technology’s potential to improve patient outcomes.”
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