Locking Self Tapping Screw 2.7mm Stardrive for Angular Stable Plate Fixation

Description

The Locking Self-Tapping Screw 2.7mm Stardrive is a precision orthopedic implant designed for use in small fragment locking plate constructs where stable fixation and controlled biomechanics are essential. By locking directly into the threaded plate hole, the screw forms a fixed-angle connection that enhances overall construct rigidity and minimizes dependence on bone quality alone.

Manufactured from high-quality stainless steel and titanium alloy, the screw provides excellent mechanical strength, corrosion resistance, and long-term biocompatibility. The self-tapping thread profile eliminates the need for pre-tapping, reducing surgical steps and improving procedural efficiency. Precision-machined threads ensure smooth advancement and consistent bone engagement, supporting dependable fixation across a wide range of anatomical regions.

The Stardrive interface is specifically designed to provide superior torque transmission and resistance to cam-out compared to conventional drive systems. This allows controlled screw insertion with reduced risk of drive damage, particularly important in smaller diameter screws where precision is critical. The locking head geometry ensures accurate engagement with compatible 2.7mm locking plates, maintaining alignment and minimizing micro-motion at the bone–plate interface.

Available in a comprehensive range of lengths from 6mm to 30mm, the 2.7mm Locking Self-Tapping Screw accommodates varied anatomical requirements and fracture configurations. This flexibility enables surgeons to select the optimal screw length for metaphyseal and diaphyseal fixation while preserving construct integrity. The screw’s balanced dimensional design supports strong fixation while reducing the risk of fatigue failure during functional loading.

Widely used in orthopedic trauma and reconstructive procedures, the Locking Self-Tapping Screw 2.7mm Stardrive contributes to stable fixation, reduced loosening, and predictable healing outcomes. Its precision engineering, reliable materials, and surgeon-friendly drive design make it a trusted component in modern small fragment locking systems.