Reconstruction T-Type Phalangeal Locking Plate

Specification

Description

The Reconstruction T-Type Phalangeal Locking Plate is a titanium alloy internal fixation implant designed for precise stabilization and reconstruction of phalangeal fractures. Its T-shaped configuration provides extended coverage of the distal fragment, allowing effective fixation of both metaphyseal and articular regions.
This locking plate system is particularly suitable for complex and comminuted fractures where accurate anatomical restoration is required. When used with locking screws, it provides angular stable fixation, helping maintain alignment and supporting functional recovery of the finger.

Advantages

Titanium alloy construction: Excellent biocompatibility, corrosion resistance, and reliable strength for small bone fixation
T-type design: Enhances support and fixation of distal and articular fragments
Reconstruction capability: Can be contoured intraoperatively to match various phalangeal anatomies
Locking screw system: Provides angular stability, reducing risk of fixation loss
Precise fragment control: Facilitates accurate alignment in complex fracture patterns
Low-profile structure: Minimizes soft tissue irritation and supports postoperative comfort

Application

Phalangeal fractures (proximal, middle, and distal phalanges)
Intra-articular phalangeal fractures
Comminuted or segmental fractures
Fractures requiring anatomical reconstruction
Osteoporotic small bone fractures
Open reduction and internal fixation (ORIF) procedures

FAQ

Q1: What is the main advantage of a T-type phalangeal plate?
A1: The T-shaped design provides better coverage and fixation of distal fragments, especially in fractures involving the articular surface.
Q2: Can this plate be contoured during surgery?
A2: Yes. It is designed for reconstruction purposes and can be adjusted intraoperatively to match the bone anatomy.
Q3: What material is used in this implant?
A3: The plate is manufactured from medical-grade titanium alloy, ensuring durability, strength, and excellent biocompatibility.