COMBO CALCANEAL LOCKING PLATE TICP
The Combo Calcaneal Locking Plate – TiCP is an anatomically adaptable fixation system designed for the treatment of complex intra-articular calcaneal fractures. It combines multi-segment plate geometry with locking compression technology to provide comprehensive stabilization of the calcaneus, supporting restoration of hindfoot anatomy, subtalar joint congruity, and overall foot biomechanics.
关键特性
Locking Compression Plate (LCP) technology ensuring angular stable fixation for complex calcaneal fractures
“Combo” modular plate design providing multi-directional support for calcaneal body, tuberosity, and anterior process regions
Titanium (TiCP) construction offering high strength, fatigue resistance, and excellent biocompatibility
Low-profile anatomical contouring to minimize soft tissue irritation in the heel region
Multi-screw fixation options for secure capture of small and comminuted fragments
Combination locking and compression holes enabling flexible fixation strategies
Optimized screw trajectories for improved purchase in cancellous calcaneal bone
适应症
The Combo Calcaneal Locking Plate – TiCP is indicated for:
Intra-articular calcaneal fractures (joint depression and tongue-type patterns)
Comminuted calcaneal body fractures
Calcaneal tuberosity fractures
Anterior process and lateral wall fractures of the calcaneus
Complex hindfoot fractures requiring multi-point stabilization
Post-traumatic calcaneal reconstruction and deformity correction
临床优势
Provides comprehensive multi-region stabilization of the calcaneus
Restores subtalar joint alignment and hindfoot anatomy
Enhances fixation in comminuted and osteoporotic cancellous bone
Supports early mobilization of the ankle and hindfoot when stable fixation is achieved
Reduces risk of collapse and malalignment in complex fracture patterns
Titanium design improves biocompatibility and reduces soft tissue irritation
可选配置
Left and right anatomical plate systems
Multiple plate sizes and configurations for varied fracture patterns
Locking and cortical screw compatibility
Pre-contoured calcaneal geometry for improved surgical fit
Modular fixation zones for region-specific fragment control
