Distal Radius Volar Double-Column Locking Plate-I

Specification

Description

The Distal Radius Volar Double-column Locking Plate-I is a titanium alloy internal fixation implant designed for the treatment of complex distal radius fractures using a volar approach. This plate is engineered to support both the radial and intermediate columns of the distal radius, providing balanced fixation across the joint surface.
With its double-column design, the plate allows strategic screw placement to stabilize different fracture segments, particularly in intra-articular and comminuted fractures. Combined with locking screw technology, it offers angular stable fixation, helping maintain reduction and restore wrist alignment during the healing process.

Advantages

Titanium alloy construction: Ensures excellent biocompatibility, corrosion resistance, and durable mechanical strength
Double-column support design: Provides balanced fixation of radial and intermediate columns for improved stability
Volar anatomical contouring: Optimized for the volar surface, enhancing implant fit and reducing soft tissue irritation
Locking screw system: Delivers angular stability, especially beneficial in complex or osteoporotic fractures
Enhanced articular fragment control: Allows precise fixation of multiple fracture fragments
Supports joint surface reconstruction: Helps maintain alignment and reduce risk of collapse

Application

Complex distal radius fractures (intra-articular)
Comminuted distal radius fractures
Fractures involving multiple columns of the distal radius
Osteoporotic distal radius fractures
Wrist reconstruction procedures
Open reduction and internal fixation (ORIF) via volar approach

FAQ

Q1: What does “double-column” mean in this plate design?
A1: It refers to the ability of the plate to support both the radial and intermediate columns of the distal radius, improving stability in complex fractures.
Q2: Is this plate suitable for intra-articular fractures?
A2: Yes. It is specifically designed for complex intra-articular fractures requiring multi-column stabilization.
Q3: What material is used for this implant?
A3: The plate is made from medical-grade titanium alloy, providing strength, durability, and excellent biocompatibility.