Dynamic Self Compression Plate 2.7 mm Screws Titanium & Stainless Steel

Description

The dynamic self compression plate for 2.7 mm screws is designed to provide controlled axial compression across fracture sites, promoting primary bone healing and mechanical stability. This plate is widely used in orthopedic and veterinary surgical applications where precise fracture reduction and compression are essential for optimal outcomes.

Manufactured with a carefully engineered hole geometry, the plate allows screws to generate dynamic compression as they are tightened. This feature improves interfragmentary contact, enhances load sharing, and supports faster bone union. The plate’s structural integrity ensures consistent performance across simple and complex fracture patterns.

With a thickness of 2.5 mm and a width of 8 mm, the plate offers a balanced profile that delivers strength without unnecessary bulk. The smooth surface finish reduces soft tissue irritation and supports atraumatic placement. Standardized hole spacing ensures compatibility with established surgical techniques and instrumentation.

The availability of multiple hole configurations ranging from 2 to 18 holes provides flexibility for surgeons to select the appropriate plate length based on fracture location, bone size, and stabilization requirements. This adaptability makes the plate suitable for diaphyseal and metaphyseal fixation in small to medium-sized bones.

Produced in both titanium grade 5 and stainless steel options, the plate accommodates varying clinical preferences. Titanium grade 5 offers excellent biocompatibility, corrosion resistance, and reduced imaging artifacts, while stainless steel provides high strength and cost efficiency. Both material options meet stringent orthopedic implant standards.

This dynamic self compression plate is compatible with 2.7 mm cortical screws and integrates seamlessly into conventional orthopedic implant systems. Its reliable compression mechanism, material versatility, and broad size range make it a trusted solution for fracture fixation requiring precision and durability.