fixLOCK Plate, 3.5 mm
Small fragment locking plate designed for optimal cortical alignment and rigid fracture fixation in forearm, fibula, and clavicle bones.
The GPC fixLOCK® Plating System is an advanced, biomechanically optimized orthopedic trauma fixation solution engineered for complex fracture management and osteotomies. Featuring both anatomically pre-contoured plates and straight profiles, fixLOCK® delivers construct rigidity, preserves periosteal blood supply, and provides superior angular stability in osteoporotic bone or multi-fragmentary fractures across small and large fragment trauma applications.
Threaded plate-screw interface creates a rigid locked construct, minimizing screw pull-out risk and preventing primary loss of fracture reduction.
Precision-manufactured from high-purity Titanium Alloy (Ti-6Al-4V ELI) and Stainless Steel (316L) adhering to strict ISO 5832 and ASTM surgical standards.
Pre-shaped plate geometries match natural cortical bone curvature, drastically reducing intraoperative bending time and soft-tissue irritation.
Browse our comprehensive catalog of locking plates, specialized anatomical plates, and self-tapping screws engineered for global hospital and distribution supply.
Small fragment locking plate designed for optimal cortical alignment and rigid fracture fixation in forearm, fibula, and clavicle bones.
Engineered for distal radius and humerus metaphyseal fractures, providing multiple locking points for enhanced mechanical stability.
Anatomical PHILOS-type design for complex proximal humerus fractures, featuring divergent locking screw trajectories to maximize bone purchase.
Features a low-profile head contour with 4 locking screw holes, ideal for small fragment metaphyseal fixation and distal osteotomies.
Designed for oblique articular fractures requiring asymmetrical head screw configurations for maximum bone fragment fixation.
Anatomically shaped for intra-articular distal humerus fractures, allowing dual-plating techniques with low-profile construct safety.
Optimized for proximal tibial plateau fracture reduction, featuring specialized raking screw trajectories for subchondral support.
Features integrated lateral support fins to maintain anatomical stability in comminuted distal humerus fracture constructs.
Ultra low-profile 2.4mm locking plate designed to prevent volar/dorsal rim fragment displacement in distal radius fractures.
Anatomically contoured lateral tibia design facilitating minimally invasive plate osteosynthesis (MIPO) procedures.
Engineered for extra-articular and simple intra-articular distal tibia fractures, minimizing soft-tissue disruption.
Industry standard PHILOS design providing 9 proximal locking screw options for superior fixation in osteoporotic bone.
Large fragment plate engineered for tibial shaft, humeral shaft, and fibula fractures needing high torsional stiffness.
Heavy-duty broad plate profile designed for femoral shaft fracture fixation and complex non-union revisions.
Anatomical condylar profile for distal femoral supracondylar and intercondylar fractures, engineered for heavy load-bearing.
Precision threaded locking screw compatible with all 3.5mm fixLOCK plates, engineered for smooth self-tapping insertion.
Large fragment 5.0mm locking screw engineered for max stability in 4.5mm/5.0mm broad, narrow, and distal femur plates.
Micro self-tapping locking screw designed specifically for 2.4mm distal radius and hand/wrist locking plates.
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