Specification
|
Code |
Specification |
Length |
Screw |
|
AY-L012 |
6 Holes |
116mm |
HA4.5
HC5.0 |
|
AY-L013 |
7 Holes |
134mm |
|
AY-L014 |
8 Holes |
152mm |
|
AY-L015 |
9 Holes |
170mm |
|
AY-L016 |
10 Holes |
188mm |
|
AY-L017 |
11 Holes |
206mm |
|
AY-L018 |
12 Holes |
224mm |
|
AY-L019 |
13 Holes |
242mm |
|
AY-L020 |
14 Holes |
260mm |
|
AY-L021 |
15 Holes |
278mm |
|
AY-L022 |
16 Holes |
296mm |
|
AY-L023 |
17 Holes |
314mm |
|
AY-L024 |
18 Holes |
332mm |
Description
The Femoral Limited Contact Locking Plate is a titanium orthopedic implant designed for anatomical fixation of femoral shaft and distal femoral fractures. Made from high-strength, medical-grade titanium alloy, it provides excellent biocompatibility, corrosion resistance, and long-term stability. The limited contact design minimizes bone-to-plate pressure, preserving periosteal blood supply and promoting faster healing. Multiple locking screw holes ensure angular stability and strong fixation even in osteoporotic bone. Its anatomical contour fits the femur precisely, supporting both open and minimally invasive fixation techniques. Ideal for orthopedic hospitals, trauma centers, and distributors seeking reliable, high-quality implants for femoral fracture management.
Advantage
• Made from medical-grade titanium alloy: strong, lightweight, biocompatible
• Limited contact design preserves periosteal blood circulation
• Multiple locking holes for angular stability and secure fixation
• Anatomical contour fits the femur for optimal bone adaptation
• Compatible with standard locking screws
• CE-certified and ISO13485 compliant, ideal for B2B procurement
Application
• Fixation of femoral shaft and distal femoral fractures
• Osteoporotic and comminuted fracture management
• Trauma and reconstructive orthopedic surgery
• Open or minimally invasive internal fixation
FAQ
Q1: What is the material of the plate?
A1: The plate is made from high-quality medical-grade titanium alloy.
Q2: What is the advantage of the limited contact design?
A2: It minimizes bone compression and preserves blood supply, promoting faster healing.
Q3: Is it compatible with standard locking screws?
A3: Yes, it is compatible with common titanium locking and cortical screws.
Q4: Can it be used in minimally invasive fixation?
A4: Yes, the anatomical design supports both open and minimally invasive surgical approaches.
Q5: Who typically purchases this implant?
A5: Orthopedic hospitals, trauma centers, and distributors focusing on lower limb fixation systems.
