Femoral Neck System
The femoral neck is a crucial part of the femur (thigh bone) that connects the femoral head to the shaft. It plays a vital role in hip movement and weight-bearing, making it susceptible to fractures, especially in elderly patients or those with osteoporosis. The Femoral Neck System is an innovative orthopedic solution designed for the stable fixation of femoral neck fractures. Engineered to provide enhanced biomechanical support, the femur neck system minimizes implant failure risks while promoting faster healing. Unlike traditional fixation methods, this system features an optimized design with a single, minimally invasive implant, reducing soft tissue damage and surgical time.
What is the Femoral Neck System?
The Femoral Neck System is an advanced orthopedic implant designed to provide stable fixation for femoral neck fractures. It consists of locking plates, femoral neck screws, and an anti-rotation mechanism that enhances stability and promotes healing. The system is minimally invasive, reducing surgical trauma while ensuring biomechanical support. It is particularly beneficial for treating unstable fractures where conventional fixation methods may fail. This implant system is made from medical-grade materials, like titanium or stainless steel, ensuring durability and strength. This femoral set is engineered for optimal load distribution, reducing implant failure risk. The system is widely used in trauma surgeries, offering a reliable solution for complex femoral neck fractures, particularly in elderly patients or those with osteoporosis, where bone healing can be challenging.
Why Is the Femur Neck System Used in Orthopedic Surgery?
The Femoral Neck System is used in orthopedic surgery to treat fractures of the femoral neck, which are common in elderly individuals and patients with osteoporosis. These fractures can lead to severe mobility issues and complications if not treated properly. The femur neck system is preferred over conventional fixation methods like screws or dynamic hip screws due to its superior stability and ability to withstand high mechanical loads. By minimizing micro-movements at the fracture site, femoral implants help in achieving faster bone healing. The system also allows for controlled compression, reducing the risk of nonunion or implant failure. Surgeons use this femoral set for displaced and unstable fractures where preserving the natural hip anatomy is crucial, helping patients regain mobility and prevent long-term complications such as avascular necrosis.
How Do the Femoral Locking Plate and Interlocking Nail Support Fracture Healing?
| Feature | Femoral Locking Plate & Femoral Interlocking Nail Benefits |
| Fixation Type | Dynamic and stable fixation for fracture healing |
| Alignment | Ensures proper alignment of the fractured bone |
| Compression | Allows controlled compression to stimulate bone remodeling |
| Healing Mechanism | Promotes natural bone fusion |
| Angular Stability | Prevents rotational forces for improved recovery |
| Minimally Invasive Design | Preserves soft tissue and blood supply, reducing complications |
| Risk Reduction | Reduced risk of avascular necrosis |
| Material Strength | High-strength materials enhance durability and minimize implant failure |
| Mobility & Recovery | Axial and rotational stability allow early mobilization, reducing hospital stays |
| Ideal Use Case | Effective for femoral neck fractures, especially in elderly patients |
Surgical Technique for the Femoral Neck System
Incision & Alignment
A small incision is made, and fluoroscopic guidance is used to align the fractured femoral neck.
Guide Wire Insertion
A guide wire is inserted into the bone for accurate positioning.
Central Screw Placement
The central screw is placed to provide compression at the fracture site.
Anti-Rotation Screw Addition
An anti-rotation screw is added to enhance stability and prevent implant migration.
Femoral Locking Plate Positioning
The femoral locking plate is positioned over the lateral femur and secured with cortical screws.
Closure of the Incision
Suture soft tissues and skin; apply sterile dressing.
Postoperative Care
Monitor healing, initiate physiotherapy, and assess weight-bearing status.
Advantages of Using a Femoral Neck System in Internal Fixation
Superior Stability
Provides better stability compared to traditional fixation methods, reducing the risk of nonunion and implant failure.
Controlled Compression
Promotes natural bone healing while preventing excessive movement at the fracture site.
Minimally Invasive Design
- Causes less soft tissue disruption
- Reduces infection rates
- Speeds up patient recovery
Angular Stability
Minimizes rotational displacement, ensuring long-term success.
Biocompatible Materials
Enhances durability and patient safety.
Early Mobilization
Improves functional outcomes and quality of life, especially for elderly patients.
