Hip Locking Compression Plate System

Kangli Orthopaedics offers the Hip Locking Compression Plate System for proximal femoral and hip fracture fixation. The system combines a locking compression plate with an FNS Dynamic Rod and an FNS Antirotation Screw, creating a coordinated rod-and-plate configuration. Available in pure titanium or titanium alloy, the system separates the primary fixation path from the antirotation function within the proximal femoral construct.

FNS Components for Proximal Femoral Fixation

The system includes two dedicated FNS components that work alongside the plate assembly:

• FNS Dynamic Rod: Provides the main rod element within the proximal femoral fixation path and engages with the plate assembly.
• FNS Antirotation Screw: Sits beside the dynamic rod as a separate component for rotational control within the construct.

This arrangement gives distributors and orthopedic professionals a clearly defined component layout when reviewing FNS-based fixation options.

Locking Compression Plate Interface

The proximal portion of the plate assembly receives the FNS Dynamic Rod and Antirotation Screw. The plate then extends along the femur, combining the rod configuration with a locking compression plate rather than presenting the components as separate implant solutions.

Titanium and Titanium Alloy Configurations

The Hip Locking Compression Plate System is available in pure titanium and titanium alloy configurations. These material options apply to the stated system components and support straightforward catalogue selection according to the required specification.

Typical Application Areas

• Proximal femoral fracture fixation
• Hip fracture fixation using an FNS configuration
• Rod-and-plate constructs for proximal femoral procedures

The system differs from the DHS Locking Plate with Lag Screw, which uses a separate named lag-screw configuration for femoral and hip fracture fixation.