The Variable-Angle Lateral Proximal Tibia Locking Plate is engineered for fractures of the lateral proximal tibial plateau and metaphysis. It combines a low-profile, anatomically contoured plate design with variable-angle locking technology, offering enhanced flexibility in screw placement. Each plate hole accommodates a screw that can be angled up to ±15° off-axis, enabling the surgeon to target optimal bone purchase, avoid intra-articular penetration, and customize fixation in complex fracture configurations. The plate minimizes soft tissue irritation and supports minimally invasive or open application. Designed for use with a variety of locking and cortical screws, this system supports both compression and fixed-angle stabilization strategies while preserving periosteal blood supply.
● Variable-Angle Locking Holes (±15°): Allow customized screw trajectories to accommodate fracture morphology and bone quality
● Combi (Compression + Locking) Holes: Enable optional axial compression or locking screw fixation along the shaft
● Low-Profile, Anatomically Contoured Plate: Designed to fit the lateral tibial plateau with smooth rounded edges that reduce soft tissue irritation
● Multifunction Guide System: Supporting multiple screw types—VA locking screws, cortex screws, cancellous screws—all compatible with plate hole
● Suture/K‑Wire Holes in Plate Head: Facilitate temporary reduction or soft-tissue fixation under fluoroscopic guidance
● Material Versatility: Available in stainless steel or titanium alloy, ensuring strength and biocompatibility with minimal plate-to-bone contact
● Personalized Screw Angulation: ±15° variability allows targeting specific fragments (e.g. Volkmann’s triangle or Chaput fragment), enhancing fixation without violating the joint .
● Optimized Plate Fit: Proven by CT-based anatomical design ensuring stable alignment and minimizing soft tissue impingement .
● Multipurpose Fixation Options: Use of combi holes allows either compression or locking modes depending on fracture characteristics.
● Enhanced Healing Environment: Low-profile design and limited-contact plate preserve blood flow and support biological healing.
● Broad Clinical Utility: Suitable for osteoporotic bone, comminuted fractures, and minimally invasive surgery scenarios.
