Supra Condylar Osteotomy Plate for Distal Femoral Alignment and Fixation

Description

The Supra-Condylar Osteotomy Plate is a specialized orthopedic implant developed to support precise corrective osteotomies in the distal femoral region. Its anatomically contoured geometry is tailored to conform to the supra-condylar anatomy, allowing accurate alignment correction while maintaining stable fixation throughout the healing process. The plate is available in both left and right configurations, ensuring anatomical compatibility and improved surgical accuracy.

Manufactured from premium stainless steel and titanium alloy, the plate delivers high mechanical strength, corrosion resistance, and excellent biocompatibility. The refined surface finish and low-profile design help minimize soft tissue irritation, supporting improved patient comfort and reduced post-operative complications. The plate’s structural integrity allows it to withstand physiological loading while maintaining fixation stability.

Multiple size options, including 2.0mm, 2.4mm, 3.5mm, and 3.5mm broad variants, provide versatility across different patient anatomies and surgical requirements. This range enables surgeons to select the most appropriate construct based on bone quality, correction magnitude, and fixation demands. The broad variant offers increased stability where enhanced load distribution is required.

The hole configuration is optimized for secure screw placement in the metaphyseal and diaphyseal regions, supporting controlled fixation and resistance to rotational forces. Even spacing along the shaft promotes balanced force transfer, reducing stress concentration at the osteotomy site. The anatomical curvature of the plate facilitates accurate positioning and consistent contact with the bone surface.

Widely used in orthopedic deformity correction and trauma reconstruction, the Supra-Condylar Osteotomy Plate provides surgeons with a reliable solution for achieving precise alignment and durable fixation. Its combination of anatomical design, material reliability, and size flexibility supports predictable outcomes in complex distal femoral procedures.