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Posterior Tuberosity Calcaneal Locking Plate

  1. Precise Anatomical Fit

The Posterior Tuberosity Calcaneal Locking Plate is meticulously designed to match the intricate contours of the calcaneus, ensuring optimal implant stability and load-bearing capacity. Its precise fit minimizes soft tissue irritation and promotes accelerated healing.

  1. Robust Locking Mechanism

Engineered with advanced locking technology, the plate provides superior fixation and prevents implant migration. The secure locking mechanism enhances construct stability, reducing the risk of implant failure and revision surgery.

  1. Enhanced Bone Ingrowth

The plate’s surface is treated with a biocompatible coating that promotes rapid bone-implant integration, accelerating fracture healing and reducing implant loosening. This innovative technology contributes to long-term implant stability and patient satisfaction.

  1. Versatile Application

Designed for a wide range of calcaneal fractures, this versatile plate offers multiple configuration options to accommodate diverse patient anatomies and fracture patterns. Its adaptability streamlines surgical procedures and improves clinical outcomes.

  1. Minimally Invasive Placement

Designed for minimally invasive surgical techniques, the plate’s low profile and ergonomic shape facilitate easier insertion and reduces surgical trauma. This approach results in less pain, faster recovery, and improved patient outcomes.

Code Product name Size Related Screws
2211.1507 Posterior Tuberosity Calcaneal Locking Plate S Left 3.5mm
2211.1509 Posterior Tuberosity Calcaneal Locking Plate L Left 3.5mm
2212.1507 Posterior Tuberosity Calcaneal Locking Plate S Right 3.5mm
2212.1509 Posterior Tuberosity Calcaneal Locking Plate L Right 3.5mm

Key Features and Benefits of the Posterior Tuberosity Calcaneal Locking Plate

The Posterior Tuberosity Calcaneal Locking Plate is a cutting-edge orthopedic implant designed to provide exceptional stability and support for calcaneal fractures. This innovative plate incorporates a precise anatomical fit, ensuring optimal alignment and load distribution. The robust locking mechanism prevents implant migration, promoting secure fixation and accelerated bone healing.

By minimizing soft tissue irritation and offering a versatile design, the plate enhances patient comfort and facilitates surgical efficiency. The biocompatible surface encourages rapid bone-implant integration, leading to improved clinical outcomes and reduced recovery time. Ultimately, the Posterior Tuberosity Calcaneal Locking Plate offers a reliable and effective solution for treating calcaneal fractures, restoring foot function, and improving patient quality of life.

 

Indications for Posterior Tuberosity Calcaneal Locking Plate

The Posterior Tuberosity Calcaneal Locking Plate is indicated for the treatment of various fractures and conditions affecting the posterior tuberosity of the calcaneus. This includes:

  • Calcaneal fractures: The plate is designed to stabilize fractures of the calcaneal tuberosity, a common injury often resulting from high-energy trauma.
  • Osteoporotic fractures: The plate’s robust design and secure locking mechanism make it suitable for patients with weakened bone quality.
  • Comminuted calcaneal fractures: The plate can be used to address complex fractures with multiple bone fragments.
  • Articular involvement: In cases where the fracture extends into the subtalar joint, the plate can help restore proper alignment and function.
  • Nonunions and malunions: The plate can be used to treat failed or improperly healed calcaneal fractures.

By providing stable fixation and promoting bone healing, the Posterior Tuberosity Calcaneal Locking Plate helps restore foot function and improve patient outcomes.

 

How Does a Posterior Tuberosity Calcaneal Locking Plate Work?

The Posterior Tuberosity Calcaneal Locking Plate is a surgical implant designed to stabilize fractures of the calcaneus bone. It works by providing a rigid framework to support the healing bone.

The plate is secured to the calcaneus using locking screws. These screws dig into the bone, preventing them from loosening and ensuring a stable fixation. The plate’s design often incorporates a low profile to minimize soft tissue irritation and promote healing.

Once implanted, the plate transfers forces from the body weight to the bone, allowing the fracture to heal without displacement. Over time, the bone will naturally grow into the plate, creating a strong union between the implant and the surrounding tissue. This process, called osseointegration, further reinforces the stability of the fracture repair.

By providing a stable environment for bone healing, the Posterior Tuberosity Calcaneal Locking Plate promotes early weight-bearing and facilitates a return to normal activities.

 

FAQ

Q1: What is a Posterior Tuberosity Calcaneal Locking Plate?

A: A Posterior Tuberosity Calcaneal Locking Plate is a medical implant designed to stabilize fractures of the posterior tuberosity of the calcaneus bone in the foot.

Q2: What types of fractures is it used for?

A: It is primarily used for treating fractures of the posterior tuberosity of the calcaneus, which is a common injury often caused by high-impact trauma.

Q3: How does the plate work?

A: The plate is secured to the calcaneus bone using locking screws. The plate’s design provides stability and supports the bone while it heals.

Q4: What are the benefits of using this plate?

A: Benefits include improved fracture healing, reduced pain, faster recovery time, and improved foot function.

Q5: Is the plate made from biocompatible materials?

A: Yes, these plates are typically made from biocompatible materials like titanium or stainless steel, which are safe for implantation.

Q6: How long does it take for the bone to heal with this plate?

A: Bone healing time varies based on individual factors, but the plate is designed to promote healing and reduce recovery time.

Q7: Does it require special surgical techniques?

A: The surgical procedure for implanting the plate is performed by orthopedic surgeons experienced in treating foot and ankle fractures.

Q8: Are there any risks associated with using the plate?

A: As with any surgery, there are potential risks like infection, implant failure, or nerve damage, but these are relatively uncommon.

Q9: Can the plate be removed after the bone has healed?

A: In most cases, the plate is designed to be a permanent implant. However, the decision to remove it should be made by a healthcare professional.

Q10: What is the role of the locking mechanism in the plate?

A: The locking mechanism securely anchors the plate to the bone, preventing it from shifting and ensuring stability during the healing process.

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