LC-DCP Femoral Plate

Specification

Description

The LC-DCP Femoral Plate is an advanced orthopedic implant designed for fixation of femoral shaft and distal femur fractures. Made from high-quality medical-grade stainless steel or titanium alloy, it features a limited contact under-surface that minimizes bone necrosis and preserves periosteal blood supply, promoting faster healing. The dynamic compression holes enable controlled axial compression between fracture fragments for enhanced stability. With its anatomical contouring, high fatigue strength, and smooth polished surface, the LC-DCP Femoral Plate provides surgeons with reliable fixation and excellent long-term outcomes in lower limb trauma management.

Advantage

Limited contact design reduces bone damage and preserves blood flow.
Dynamic compression holes provide controlled axial compression.
Made from durable stainless steel or titanium alloy for optimal strength.
Anatomically contoured for accurate femoral alignment.
Polished surface minimizes soft tissue irritation and promotes healing.
Compatible with 4.5mm cortical and 6.5mm cancellous screws.

Application

• Fixation of fractures in the femoral shaft and distal femur.
• Treatment of comminuted, oblique, or transverse fractures.
• Used in post-traumatic or reconstructive bone surgeries.
• Suitable for both adult and adolescent femoral fracture fixation.

FAQ

Q1: What is the difference between LC-DCP and traditional DCP plates?
A1: The LC-DCP plate minimizes bone-implant contact to protect blood circulation, reducing bone resorption and improving healing speed.
Q2: Which material options are available?
A2: Both stainless steel and titanium alloy versions are available according to your market preference.
Q3: What screws are compatible with the LC-DCP Femoral Plate?
A3: It is compatible with standard 4.5mm cortical screws and 6.5mm cancellous screws.
Q4: Can the length and hole number be customized?
A4: Yes, we provide OEM and ODM customization services for different hole configurations, lengths, and labeling.