Dynamic Self Compression Plate Broad for High Load Long Bone Fixation

Description

The Dynamic Self Compression Plate Broad is a high-strength orthopedic implant developed to meet the demands of long bone fracture fixation where enhanced rigidity and controlled compression are essential. Its broad profile design increases surface contact and structural stability, allowing effective load sharing across the fracture site while maintaining reliable compression during healing.

Manufactured from premium-grade stainless steel and titanium alloy, the plate provides excellent mechanical strength, corrosion resistance, and long-term biocompatibility. The smooth surface finish and precisely machined edges reduce soft tissue irritation and support favorable post-operative recovery. With a thickness of 5.0mm and a width of 16.0mm, the plate is engineered to withstand higher physiological loads without compromising anatomical adaptability.

The self compression hole geometry is optimized to generate axial compression when used with 4.5mm cortical screws, while also allowing the use of 6.5mm cancellous screws in metaphyseal regions where stronger purchase is required. This dual compatibility gives surgeons flexibility in fixation strategy based on bone quality and fracture location. Consistent hole spacing ensures uniform force transmission along the plate, minimizing stress concentration and enhancing construct durability.

Available in a wide range of hole configurations, the Dynamic Self Compression Plate Broad supports diverse fracture patterns and surgical requirements. Shorter plates provide focused fixation, while longer constructs allow extended coverage for complex or multi-fragmentary fractures. The defined centre hole spacing contributes to predictable compression behavior and reproducible surgical outcomes.

Widely utilized in orthopedic trauma and reconstructive procedures, the Dynamic Self Compression Plate Broad is a dependable solution for achieving rigid fixation with controlled compression. Its robust construction, broad geometry, and compatibility with standard large fragment screw systems make it a trusted choice for demanding clinical environments requiring high-load stability.