DISTAL DORSAL RADIUS LCP TICP STRAIGHT
The Distal Dorsal Radius LCP – TiCP, Straight is an anatomically adaptable locking compression plate system designed for fixation of distal radius fractures approached from the dorsal side. It is indicated for specific dorsal fracture patterns, including dorsal rim fragments, malunited dorsally displaced fractures, and complex intra-articular injuries where dorsal buttress support is required. The straight plate design allows intraoperative contouring to match patient-specific dorsal radial anatomy while providing stable angular fixation.
关键特性
Locking Compression Plate (LCP) technology ensuring angular stability and rigid fixation in complex fractures
Straight plate design allowing flexible intraoperative contouring for dorsal radius anatomy
Dorsal application profile optimized for dorsal rim and dorsal fragment stabilization
Titanium (TiCP) construction offering high strength, fatigue resistance, and biocompatibility
Low-profile design to minimize extensor tendon irritation and soft tissue complications
Combination locking and compression holes enabling versatile fixation strategies
适应症
The Distal Dorsal Radius LCP – TiCP, Straight is indicated for:
Dorsally displaced distal radius fractures
Intra-articular fractures with dorsal rim involvement
Malunited distal radius fractures requiring dorsal correction
Comminuted distal radius fractures with dorsal fragment instability
Complex periarticular wrist injuries requiring dorsal buttress fixation
Revision fixation cases where volar approach is not sufficient
临床优势
Provides strong dorsal buttress support for unstable dorsal fracture patterns
Restores anatomical alignment of distal radius including dorsal tilt correction
Enables stable fixation of dorsal rim fragments and intra-articular extensions
Supports early wrist mobilization when rigid fixation is achieved
Improves fixation in comminuted and revision cases
Titanium material enhances biocompatibility and reduces soft tissue irritation
可选配置
Straight plate configuration with intraoperative contouring capability
Left and right anatomical adaptability through bending
Multiple plate lengths for different fracture patterns
Locking and cortical screw compatibility
Variable angle screw options depending on system platform
