Radius Distal T shaped Locking Plate

Indications for the Radius Distal T-shaped Locking Plate

The Radius Distal T-shaped Locking Plate is specifically designed to address a variety of complex distal radius fractures, particularly those involving the volar aspect of the wrist. Here’s a closer look at the fracture types where this plate excels:

• Displaced Distal Radius Fractures: The plate’s robust design and secure locking mechanism provide exceptional stability for fractures with significant bone displacement, minimizing the risk of fragment movement and promoting optimal healing.
• Comminuted Fractures: Fractures involving multiple bone fragments can be effectively stabilized with the Radius Distal T-shaped Locking Plate. The plate’s versatility in screw angulation allows surgeons to address complex fracture patterns and achieve optimal fixation in challenging cases.
• Fractures with Volar Involvement: The unique oblique T-shaped design of the plate offers superior support for fractures involving the volar aspect of the distal radius. This includes fractures extending onto the volar rim or involving the volar buttress.
• Fractures with Ulnar Styloid or Lunate Facet Involvement: The plate’s configuration allows for targeted screw placement to address fractures that extend to the ulnar styloid or involve the lunate facet joint. This provides comprehensive fixation for these complex injuries.
• Revision Surgery: In cases where initial fracture fixation has failed, the Radius Distal T-shaped Locking Plate can be a valuable option for revision surgery due to its enhanced stability and secure locking mechanism.

How does a Radius Distal T shaped Locking Plate work

The Radius Distal T-shaped Locking Plate offers a unique approach to addressing complex distal radius fractures, particularly those involving the volar aspect of the wrist. Here’s how it works:

1. Fracture Reduction and Plate Application: During surgery, the surgeon meticulously aligns the fractured bone fragments (reduction) on the volar side of the distal radius. The anatomically contoured Radius Distal T-shaped Locking Plate is then positioned over the fracture site to provide initial stabilization. The plate’s oblique T-shape offers a broader footprint on the volar aspect compared to traditional plates, enhancing stability.
2. Multi-directional Screw Placement: Unlike traditional plates that secure screws from the dorsal aspect, the Radius Distal T-shaped Locking Plate allows for screws to be inserted from various angles through dedicated holes within the plate and into the bone fragments. This multi-directional approach provides several advantages:

• Enhanced Stability for Volar Fractures: Screws can be strategically placed to target the volar aspect of the fracture, providing superior fixation compared to traditional plates with limited volar screw angulation options.
• Addressing Complex Fracture Patterns: The ability to insert screws from multiple angles allows the surgeon to achieve optimal fixation even in complex fractures with multiple fragments or involving the ulnar styloid or lunate facet.

3. Secure Locking Mechanism: Dedicated locking screws engage with designated holes within the plate, creating a more rigid fixation compared to standard screws. This minimizes micromotion (tiny movements) at the fracture site, promoting faster bone union and reducing the risk of implant failure.
4. Biocompatible Material: The Radius Distal T-shaped Locking Plate is crafted from biocompatible materials designed to integrate well with the body’s tissues. This minimizes the risk of implant rejection and ensures long-term functionality.