T-Fusion Locking Plate
T-Fusion Locking Plate
Second TMT Fusion Locking Plate Standard
T-Fusion Locking Plate
T-Fusion Locking Plate
Second TMT Fusion Locking Plate Standard

T-Fusion Locking Plate

The T-Fusion Locking Plate is designed for joint fusion and fracture fixation, offering superior stability with its unique T-shaped design. Made from high-strength titanium or stainless steel, it features locking screw technology for rigid fixation and angular stability, preventing screw loosening. The plate’s anatomical contour ensures an optimal fit, while its radiolucent properties allow for easy post-operative imaging. Ideal for spinal, ankle, or wrist fusion procedures and complex fractures, it promotes long-term stability, biocompatibility, and faster recovery.

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Overview
The T-Fusion Locking Plate is a precision-engineered orthopedic implant designed to stabilize and support joint fusion procedures, offering optimal fixation for complex fractures and joint deformities. With a unique T-shaped design, the plate provides superior stability and alignment, particularly in areas requiring enhanced support, such as the spinal or peripheral joints. Made from high-strength titanium or stainless steel, the plate ensures durability, biocompatibility, and corrosion resistance, making it suitable for long-term use in various orthopedic procedures. The plate features locking screw technology, ensuring secure fixation and preventing screw loosening during the healing process.

Key Features

  • T-Shaped Design for Enhanced Stability:
    The T-shaped design allows for greater surface contact with the bone, offering increased stability and load distribution across the joint, ideal for fusion procedures that require strong support.

  • Locking Screw Mechanism:
    The plate features locking screw holes, ensuring rigid fixation and angular stability by securely locking screws into place. This minimizes the risk of screw loosening or migration, especially in osteoporotic or fragile bones.

  • High-Strength Materials:
    Crafted from titanium or stainless steel, the plate provides excellent strength, corrosion resistance, and biocompatibility, ensuring long-term durability and safety within the body.

  • Anatomically Contoured for Optimal Fit:
    The plate’s anatomical contouring ensures a precise fit, minimizing soft tissue irritation and promoting better joint alignment during the fusion process.

  • Radiolucent for Easy Imaging:
    The radiolucent properties allow for clear X-ray or CT imaging post-surgery, enabling surgeons to monitor the healing process and ensure proper positioning of the implant.

Applications

  • Joint Fusion Procedures:
    The T-Fusion Locking Plate is ideal for arthrodesis (joint fusion) surgeries, offering stability and alignment for joints requiring fusion, such as the spine, ankle, or wrist.

  • Complex Fracture Fixation:
    Used for stabilizing complex fractures that require joint stabilization, providing secure fixation and alignment during the healing process.

  • Spinal Fusion:
    Can be utilized in spinal fusion surgeries to support vertebral alignment and enhance stability during healing.

  • Post-Traumatic Deformities:
    Effective in cases of post-traumatic deformities where joint alignment and fusion are necessary to restore function and prevent further complications.

Why Choose the T-Fusion Locking Plate?

The T-Fusion Locking Plate offers a reliable solution for joint fusion and fracture fixation, combining superior locking screw technology with an anatomically designed plate for optimal stability and alignment. Made from high-strength materials, it ensures long-term durability and biocompatibility, reducing the risk of implant failure. Its T-shape provides enhanced load distribution and stability, while the radiolucent design ensures clear imaging for effective monitoring of bone healing. Ideal for complex fractures and joint fusion procedures, this plate offers secure fixation and promotes better healing outcomes.

Choose the T-Fusion Locking Plate for enhanced stability, precise fixation, and optimal recovery in joint fusion surgeries and complex fracture treatment.