LOW BEND MEDIAL DISTAL TIBIA LCP
The Low Bend Medial Distal Tibia LCP is an anatomically designed locking compression plate system intended for fixation of distal tibial fractures involving the medial column. Its low-bend profile is optimized to match the gentle curvature of the distal medial tibia, providing stable angular fixation while minimizing soft tissue irritation around the ankle region.
关键特性
Locking Compression Plate (LCP) technology ensuring angular stable fixation for complex distal tibial fractures
Low-bend anatomical design optimized for improved conformity to the medial distal tibial surface
Distal multi-screw cluster configuration for enhanced subchondral support of the tibial plafond
Combination locking and compression holes allowing flexible fixation strategies
Extended shaft design for bridging metaphyseal and diaphyseal fracture zones
Low-profile plate structure to reduce soft tissue irritation and implant prominence
Contoured medial column support design to improve stability in weight-bearing alignment
适应症
The Low Bend Medial Distal Tibia LCP is indicated for:
Medial distal tibial fractures (extra-articular and intra-articular)
Pilon fractures with medial column involvement
Comminuted distal tibial metaphyseal fractures
Osteoporotic distal tibial fractures
Fractures requiring medial buttress stabilization
Post-traumatic malunion or corrective osteotomy of the distal tibia
临床优势
Provides strong medial column buttress support for distal tibial stability
Improves anatomical fit due to low-bend contouring
Enhances fixation strength in comminuted and osteoporotic bone
Restores ankle joint alignment and tibial plafond congruity
Supports early ankle mobilization when stable fixation is achieved
Titanium design improves biocompatibility and reduces soft tissue irritation
可选配置
Left and right anatomical plate versions
Multiple plate lengths for different fracture patterns
Locking and cortical screw compatibility
Low-bend medial contour design for improved anatomical adaptation
Pre-contoured distal tibial geometry for surgical ease
