Reconstruction Anatomical Locking Plate 2.4mm

Key Features and Benefits of the Reconstruction Anatomical Locking Plate 2.4mm

The Reconstruction Anatomical Locking Plate 2.4mm offers exceptional stability and adaptability for complex fracture repair. Its anatomical contour closely matches the natural bone shape, ensuring optimal fit and minimal tissue disruption. The locking mechanism provides secure fixation, preventing implant micromovement and promoting rapid bone healing. Crafted from high-grade titanium, the plate is biocompatible and corrosion-resistant, ensuring long-term implant performance. This innovative solution combines precision, strength, and biocompatibility for superior clinical outcomes.

Indications for Reconstruction Anatomical Locking Plate 2.4mm

The Reconstruction Anatomical Locking Plate 2.4mm is indicated for a wide range of complex fractures requiring precise bone contouring and robust stabilization. Key indications include:

• Long bone fractures: Treatment of complex fractures in the femur, tibia, humerus, and other long bones.
• Pelvic fractures: Stabilization of complex pelvic fractures, especially those involving the acetabulum.
• Facial fractures: Fixation of complex facial fractures, including those involving the zygomatic arch, orbital floor, and maxilla.
• Osteotomies: Support of bone segments during complex osteotomies.
• Non-unions: Treatment of fractures that have failed to heal despite previous treatment.
• Osteoporosis-related fractures: Treatment of fractures in patients with weakened bones.
• Polytrauma: Stabilization of multiple fractures in patients with severe injuries.

How a Reconstruction Anatomical Locking Plate 2.4mm Works

The Reconstruction Anatomical Locking Plate 2.4mm is designed for precise and stable fracture repair. The plate’s anatomical contour closely matches the natural bone shape, ensuring optimal fit and minimal tissue disruption. The locking mechanism secures the plate to the bone using specialized screws, preventing implant micromovement and promoting bone healing. This combination of features allows for accurate bone reduction and fixation, accelerating patient recovery and improving overall treatment outcomes.

FAQ

Q1: What is a Reconstruction Anatomical Locking Plate 2.4mm?

A Reconstruction Anatomical Locking Plate 2.4mm is a medical implant designed to stabilize complex bone fractures. It features an anatomical contour, a locking mechanism, and a thickness of 2.4mm for optimal strength and stability.

Q2: What is the purpose of a Reconstruction Anatomical Locking Plate?

The primary purpose of a Reconstruction Anatomical Locking Plate is to provide secure fixation for complex fractures, promoting bone healing and preventing complications.

Q3: Why is the thickness 2.4mm?

The 2.4mm thickness offers a balance between strength and minimal invasiveness, making it suitable for a variety of fracture types.

Q4: What is the significance of the anatomical contour?

The anatomical contour allows for a more precise fit to the bone, reducing stress on the bone and soft tissues.

Q5: What is the locking mechanism?

The locking mechanism involves special screws that engage with the plate, preventing back-out and providing secure fixation.

Q6: What material is typically used for Reconstruction Anatomical Locking Plates?

Titanium is the most common material for Reconstruction Anatomical Locking Plates due to its biocompatibility, strength, and resistance to corrosion.

Q7: What are the benefits of using a Reconstruction Anatomical Locking Plate?

The benefits include improved fracture healing, reduced risk of complications, and faster patient recovery due to the plate’s ability to provide secure fixation and minimal tissue disruption.

Q8: Are there different sizes of Reconstruction Anatomical Locking Plates?

Yes, Reconstruction Anatomical Locking Plates come in various lengths and contours to accommodate different bone anatomies and fracture patterns.

Q9: Is the Reconstruction Anatomical Locking Plate removed after the bone heals?

Generally, the Reconstruction Anatomical Locking Plate is removed after the bone has fully healed and consolidated. However, this decision is made on a case-by-case basis by the surgeon.

Q10: What are the potential risks associated with using a Reconstruction Anatomical Locking Plate?

As with any surgery, there are potential risks such as infection, hardware failure, and delayed healing. However, these risks are generally low when the procedure is performed by an experienced surgeon.