CUBOID LOCKING PLATE TICP
The Cuboid Locking Plate – TiCP is an anatomically designed fixation system intended for the treatment of cuboid fractures and lateral column injuries of the midfoot. It provides stable angular fixation for comminuted, intra-articular, and collapse-type fractures of the cuboid bone, helping restore lateral column length, foot alignment, and midfoot stability.
关键特性
Locking Compression Plate (LCP) technology ensuring angular stable fixation in small and complex midfoot fractures
Anatomically contoured cuboid design for precise adaptation to the lateral column of the foot
Titanium (TiCP) construction offering high strength, fatigue resistance, and excellent biocompatibility
Low-profile plate design to minimize soft tissue irritation along the lateral foot border
Multi-screw fixation options for secure stabilization of small and comminuted fragments
Combination locking and compression holes enabling flexible fixation strategies
Optimized screw placement for improved fixation in cancellous cuboid bone
适应症
The Cuboid Locking Plate – TiCP is indicated for:
Cuboid fractures (intra-articular and comminuted patterns)
Lateral column collapse injuries (“nutcracker” fractures)
Midfoot fracture-dislocations involving the cuboid
Complex tarsal fractures affecting lateral column stability
Post-traumatic reconstruction of cuboid deformities
Nonunion or malunion of cuboid fractures
临床优势
Provides strong lateral column support for midfoot stability
Restores foot length, alignment, and lateral column biomechanics
Enhances fixation in cancellous and comminuted cuboid bone
Supports early functional rehabilitation of foot mechanics when stable fixation is achieved
Reduces risk of lateral column shortening and midfoot collapse
Titanium design improves biocompatibility and reduces soft tissue irritation
可选配置
Left and right anatomical plate versions
Multiple plate sizes for different cuboid morphologies
Locking and cortical screw compatibility
Pre-contoured lateral column geometry for improved surgical fit
Fragment-specific fixation options
