Smith And Nephew Secures Exclusive Distribution Rights For A’TOMIC System

The treatment of high-frequency fractures and joint fusions is evolving through the introduction of the A'TOMIC™ Nitinol Fixation System. This technology distinguishes itself from traditional orthopedic hardware by utilizing the unique shape-memory properties of nitinol to provide continuous, active compression at the surgical site. Unlike static implants that may lose tension as bone settles, this system is engineered to maintain stability throughout the healing process, offering a significant mechanical advantage over conventional fixation methods in trauma and extremity surgery.

Enhanced Stability Through Active Compression
The A'TOMIC System leverages proprietary manufacturing techniques to create implants that provide high-strength fixation for fusion, fracture, and osteotomy sites. A key differentiator of this technology is its design: the implants feature a wide bridge and barbed, round legs specifically engineered to match standard drill holes. This precise fit, combined with the material’s ability to exert constant force, improves implant integrity and maximizes bone contact. By ensuring the surgical site remains under active compression, the technology addresses common clinical challenges such as non-union or implant migration, which are often risks with standard static fixation devices.

Expanding Specialized Access in the US Market
Through an exclusive distribution agreement with Smith+Nephew, this advanced nitinol technology is now more accessible across the United States. The system is being integrated into specialized portfolios for trauma, foot and ankle, and hand and wrist surgery. This partnership allows healthcare providers to utilize a dynamic fixation solution that complements existing orthopedic technologies while streamlining the surgical workflow. By focusing on both patient comfort and long-term mechanical stability, the A'TOMIC System provides a specialized tool for surgeons performing high-impact procedures where reliable, continuous compression is vital for successful outcomes.

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