Multifunction femoral intramedullary nail

Introduction

Multifunction Femoral intramedullary nail, also known as femoral nail, is an orthopedic implant used to treat femoral fractures. It can be inserted into the hollow center of the femoral medullary cavity, spanning the length of the bone, providing stability and support during the healing process. Our multifunctional femoral interlocking nail is typically made of titanium and come in different sizes and locking methods to adapt to different types of fractures and patient anatomical structures.

Advantage

1. Multifunctional, femoral intramedullary nails can be used in different types of femoral fractures, including Femoral subtrochanteric fracture, femoral shaft fracture, and fracture of the lower one-third of the femur.Our multifunction Femoral interlocking nail can be replaced ordinary femoral nail, reconstruction nail, and gamma nail.

2. Stability,Femoral intramedullary nails can provide better stability and help accelerate fracture healing.

3. Protecting soft tissues, compared to traditional external fixators, femoral intramedullary nails can reduce trauma to surrounding soft tissues.

4. Postoperative rehabilitation, after using femoral intramedullary nails for surgery, patients can usually undergo faster rehabilitation training and recovery activities.

Indications

1. Femoral shaft fractures, femoral intramedullary nails are suitable for femoral shaft fractures and can provide better stability and healing conditions.

2. Femoral neck fractures. For some femoral neck fractures, femoral intramedullary nails can also be used as a treatment method.

3. Femoral trochanteric fracture: Femoral intramedullary nails can be used to treat femoral trochanteric fractures, which helps to restore joint function.

Overall, multifunctional femoral intramedullary nails are an important surgery implant for the treatment of femoral fractures, with good stability and postoperative rehabilitation effects. They have a wide range of applications and can effectively help patients recover their health.