Johnson & Johnson at OTA 2026

DePuy Synthes demonstrated an integrated portfolio of anatomical fixation hardware, automated limb reconstruction systems, and artificial intelligence platforms designed for complex skeletal reconstruction. The technical framework addresses clinical challenges in orthopaedic surgery, specifically anatomical variability, alignment precision, and postoperative management across global trauma cases.

Anatomical Plating and Computational Design
The company expanded its anatomical fixation platform to target complex fractures of the shoulder, knee, and ankle. Implant geometry and screw hole trajectories are derived from computational datasets that analyze computed tomography scans with machine learning algorithms. This approach aligns plate contours with population-level anatomical variations, ensuring stable mechanical fixation while minimizing intraoperative plate contouring. The system utilizes variable-angle locking screws to achieve rigid fixation in osteoporotic bone and multi-fragmentary articular fractures.

Automated External Fixation and Wireless Connectivity
For complex deformity correction and limb reconstruction, an external circular fixation system incorporates automated motorized struts linked via Bluetooth protocol. The unit interfaces directly with digital planning software, executing prescribed multi-axial corrections without manual patient strut adjustments. Wireless connectivity transmits compliance and operational metrics to remote monitoring platforms, enabling clinicians to track bone segment displacement and treatment adherence in real time.

Trackerless Intraoperative Artificial Intelligence Guidance
To improve intraoperative precision, an artificial intelligence surgical guidance platform assists in fracture reduction and implant positioning. The software reconstructs three-dimensional anatomical guidance directly from standard fluoroscopy without optical trackers, dynamic reference frames, or invasive bone pins. This setup eliminates optical line-of-sight constraints in operating suites and reduces total surgical setup time during reduction verification.

Soft Tissue and Biologic Integration
The mechanical fixation solutions are complemented by soft-tissue anchor systems and biologic matrices designed to repair concurrent ligamentous and capsular disruptions. Integrating surgical hardware, intraoperative computer guidance, and continuous postoperative tracking establishes a connected technical workflow across the entire trauma intervention process.

Edited by Evgeny Churilov, Induportals Media - Adapted by AI.

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