Multi-Axial Tibia Proximal Lateral Locking Plate II

Key features and benefits of the Multi-Axial Tibia Proximal Lateral Locking Plate include:

• Enhanced Stability and Fixation: The plate’s unique design allows for multi-directional angular control, ensuring optimal fracture reduction and minimizing the risk of displacement. This promotes faster and more predictable bone healing.
• Minimally Invasive Approach: Designed for minimally invasive surgical procedures, the plate reduces damage to surrounding soft tissues. This translates to faster patient recovery, reduced post-operative pain, and improved long-term function.
• Advanced Locking Mechanism: Secure locking screws engage with dedicated slots within the plate, creating a robust and stable construct for optimal healing.
• Biocompatible Materials: Manufactured from high-quality, biocompatible materials, the plate minimizes the risk of allergic reactions and implant rejection, promoting long-term implant stability and patient comfort.
• Streamlined Surgical Workflow: The user-friendly design facilitates efficient surgical application. Easy-to-use locking mechanisms and a comprehensive instrumentation set allow surgeons to focus on the critical aspects of the procedure.

Indications for the Multi-Axial Tibia Proximal Lateral Locking Plate

The Multi-Axial Tibia Proximal Lateral Locking Plate offers a versatile solution for a wide range of proximal tibial fractures, particularly those involving the lateral aspect of the joint. Here’s a breakdown of its suitability for various conditions:

• Complex Proximal Tibial Fractures: The plate’s ability to provide multi-directional angular control makes it ideal for stabilizing complex fractures with multiple bone fragments. This includes minimally displaced fractures where precise alignment is crucial, as well as more severe fractures with significant displacement.
• Tibial Plateau Fractures: The plate’s design effectively addresses fractures involving the tibial plateau, the weight-bearing surface of the knee joint. The secure locking mechanism ensures stable fixation of the fracture fragments, promoting optimal healing and restoring joint function.
• Osteoporotic Fractures: In patients with weakened bones due to osteoporosis, the Multi-Axial Tibia Proximal Lateral Locking Plate provides a robust fixation solution. The secure locking mechanism minimizes the risk of screw pullout, allowing for successful fracture healing even in compromised bone quality.
• Revision Surgeries: The plate’s versatility allows for its use in revision surgeries where previous fixation attempts may have failed. Its multi-axial locking mechanism offers additional options for addressing implant loosening or inadequate stability encountered in prior procedures.

How Does a Multi-Axial Tibia Proximal Lateral Locking Plate Work?

The Multi-Axial Tibia Proximal Lateral Locking Plate offers a unique approach to stabilizing proximal tibial fractures, particularly those involving the lateral side of the knee joint. Here’s a breakdown of its functionality:

Precise Fracture Reduction:

Surgeons utilize the plate’s multiple screw holes and innovative locking mechanisms to achieve optimal alignment and reduction of the fractured bone fragments. The multi-directional control allows for precise positioning of the fragments, promoting optimal healing and minimizing the risk of future complications.

Enhanced Stability and Fixation:

Once the fracture reduction is achieved, dedicated locking screws are secured within the plate’s designated slots. These screws engage securely, creating a robust construct that minimizes the risk of fracture displacement during the healing process. The multi-axial locking mechanism allows surgeons to fine-tune the angle of screw placement, further enhancing stability and accommodating the specific fracture pattern.

Minimally Invasive Approach:

The plate’s design facilitates a minimally invasive surgical technique. Surgeons can utilize smaller incisions to access the fracture site and implant the plate. This reduces damage to surrounding soft tissues and blood vessels, leading to faster patient recovery, reduced post-operative pain, and a quicker return to function.

Biocompatible Materials:

The plate is constructed from high-quality biocompatible materials that are well-tolerated by the body. This minimizes the risk of allergic reactions and implant rejection, allowing the bone to heal undisturbed and promoting long-term implant stability.

FAQ

1. What are the advantages of the Multi-Axial Tibia Proximal Lateral Locking Plate over traditional locking plates?

The Multi-Axial plate offers superior multi-directional angular control, leading to enhanced stability and minimized risk of fracture displacement compared to traditional plates. Additionally, its design facilitates a minimally invasive surgical approach.

2. What types of proximal tibial fractures is the plate suitable for?

The plate offers versatility for a wide range of proximal tibial fractures, particularly those involving the lateral aspect of the joint. This includes complex fractures, minimally displaced fractures, tibial plateau fractures, osteoporotic fractures, and even revision surgeries.

3. How does the plate’s locking mechanism work?

The plate features a secure locking mechanism with dedicated slots for locking screws. These screws engage with the slots, creating a robust and stable construct for optimal fracture healing.

4. What materials is the plate made from?

The plate is constructed from high-quality biocompatible materials, minimizing the risk of allergic reactions and implant rejection.

5. Does ZMD offer different configurations of the Multi-Axial Tibia Proximal Lateral Locking Plate?

Yes, ZMD offers a comprehensive range of plate configurations with varying lengths and hole patterns to address the specific anatomical needs of each patient’s case.

6. What kind of instrumentation is available for the plate?

ZMD provides a comprehensive instrumentation set designed to facilitate efficient surgical application of the plate, including drill guides and screwdrivers.

7. How can I learn more about the compatibility of the plate with a specific case?

While the Multi-Axial Tibia Proximal Lateral Locking Plate offers a wide range of applications, the final decision on its suitability for a particular case should be made by a qualified orthopedic surgeon based on the individual patient’s anatomy, fracture pattern, and other relevant factors.

8. Does ZMD offer any support services for surgeons using the Multi-Axial Tibia Proximal Lateral Locking Plate?

Yes, ZMD has a dedicated support team available to assist surgeons with product selection, technical considerations, and surgical technique guidance.

9. How can I contact ZMD to inquire about the Multi-Axial Tibia Proximal Lateral Locking Plate?

Please visit our website or contact our sales team directly for further information and inquiries. We are happy to discuss your specific needs and provide detailed information about the plate.

10. Is the Multi-Axial Tibia Proximal Lateral Locking Plate compatible with minimally invasive surgical techniques?

Yes, the plate’s design facilitates a minimally invasive surgical approach, minimizing damage to surrounding tissues and promoting faster patient recovery.