Current intramedullary nailing systems for long bone fractures often lack the precision needed to address complex fracture patterns, leading to potential malalignment, post-operative pain, and complications such as compartment syndrome and patellofemoral instability. Existing one-piece systems limit intraoperative adaptability, potentially resulting in accelerated joint degeneration and gait abnormalities.

Axial Orthopaedics is developing a multicomponent intramedullary fracture fixation system designed to enhance the accuracy and efficiency of long bone fracture treatment. The system features modular implant components that allow surgeons to make intraoperative adjustments, addressing the clinical need for improved fracture fixation. By providing greater control over fracture alignment and stability, the system aims to minimize post-operative pain and reduce the incidence of complications associated with traditional nailing systems. The initial focus is on tibial fractures, with plans to expand to other common long bone fractures such as femoral and radial fractures.

Multicomponent design allowing for intraoperative component selection and adjustment.

Rotational capabilities for precise control of fracture alignment.

Addresses complex long bone fractures, including tibial, femoral, and radial fractures.

Aims to reduce post-operative pain and complications such as limb malalignment, compartment syndrome, and patellofemoral instability.

The primary target audience includes orthopedic surgeons specializing in trauma and fracture repair, specifically those treating complex long bone fractures.