Overview
The Two-Column (Variable Angle) Distal Radius Locking Plate is a specialized orthopedic implant designed to provide strong fixation and anatomical support for distal radius fractures. Its two-column design allows independent stabilization of both radial and intermediate columns, ensuring optimal alignment and improved fracture management. The variable-angle locking technology enables flexible screw placement, offering surgeons greater control when treating complex or osteoporotic fractures. Made from high-strength titanium or stainless steel, this plate delivers excellent durability, biocompatibility, and stability while maintaining a low-profile structure that minimizes soft-tissue irritation.
Key Features
– Two-Column Support: Stabilizes both radial and intermediate columns for enhanced fracture control.
– Variable-Angle Locking System: Allows multi-directional screw placement for improved fixation in challenging fracture patterns.
– High-Strength Material: Constructed from titanium or stainless steel for long-lasting mechanical performance.
– Low-Profile Design: Minimizes irritation to surrounding soft tissues and supports comfortable healing.
– Anatomically Contoured: Designed to fit the natural shape of the distal radius for accurate alignment and stable reduction.
Indications for Use
– Complex distal radius fractures
– Intra-articular, extra-articular, or comminuted fractures
– Osteoporotic fractures requiring secure variable-angle fixation
– Restoration of distal radius anatomy and alignment
Benefits
– Improved stability across both radius columns
– Enhanced screw placement flexibility
– Reduced risk of screw loosening or migration
– Better anatomical restoration and faster healing
– Lower soft-tissue irritation due to the slim plate profile
Why Choose the Two-Column (Variable Angle) Distal Radius Locking Plate?
This plate combines advanced variable-angle locking technology with a strong two-column design to deliver exceptional fixation for a wide range of distal radius fractures. Its anatomical contouring, durable construction, and flexible screw placement make it a reliable choice for achieving stable reduction and optimal healing outcomes.