Product Introduction

The Distal Femoral Locking Compression Plate (LCP) is designed for internal fixation of distal femoral fractures. Its locking screw system provides angular stability and a secure plate-screw-bone construct.

The plate features 20° conical locking holes, allowing locking screws to engage securely without requiring direct compression of the plate against the bone. This design helps reduce interference with the periosteal blood supply. The plate is anatomically contoured to the distal femur, with a low-profile design that helps minimize soft tissue irritation.

Features

• 20° Conical Locking Holes: Provide an angular-stable connection between the locking screws and plate.
• Locking Screws: Threaded screw heads engage with the locking holes to maintain a secure fixation construct.
• Self-Tapping Screws: Sharp cutting tips facilitate screw insertion and reduce the need for additional tapping.
• Anodized Surface: Provides a durable surface with corrosion resistance and good biocompatibility.
• Anatomical Shape: Contoured to the distal femur with a low-profile design to improve plate fit and reduce soft tissue irritation.

Advantage

• Stable Fixation: The locking interface forms a rigid plate-screw-bone construct and helps maintain angular stability.
• Reduced Soft Tissue Disruption: The low-profile anatomical design helps minimize contact and irritation of surrounding soft tissues.
• Angular Stability: The 20° conical locking holes maintain the position of locking screws and help resist angular displacement.
• Non-Compressing Fixation: The locking mechanism allows fixation without pressing the plate directly against the bone, helping preserve the local blood supply.
• Efficient Screw Insertion: Self-tapping screws simplify insertion and can facilitate the surgical fixation process.

Indications

• Distal femoral fractures, including supracondylar and intercondylar fractures.
• Fractures requiring angular-stable internal fixation.
• Complex distal femoral fractures requiring secure plate fixation and stable screw positioning.