This plate is anatomically contoured for the fixation of lateral proximal tibia fractures. Its low-profile design minimizes soft tissue irritation, while locking screw technology provides angular stability and secure fixation.

• Proximal tibia fractures, including lateral plateau and metaphyseal fractures
• Comminuted and complex fracture patterns
• Osteoporotic bone requiring stable fixation
• Nonunions and malunions
• Fractures involving the tibial plateau

• 4.5/5.0mm Proximal Tibial Safety Lock Plate. These plates are indicated for Proximal Extra-articular (Metaphyseal simple), proximal partial articular (Pure split or Split depression), proximal complete articular (Articular simple with Metaphyseal simple or Articula simple with Metaphyseal multifragmentary), and proximal fractures associated with shaft fracture.
• An anatomically designed plate fits over the proximal condyle from a lateral side.
• Low Contact plate design reduces the plate and bone contact, this feature reduces vascular trauma.
• Two K-Wire holes on the head for temporary fixation of the plate.
• Three head holes and three proximal holes allow 5.0 mm safety locking screws and rest holes on the shaft allow both 4.5 mm cortex and 5.0 mm safety locking screws.

This plate features an anatomical design for an optimal fit to the proximal lateral tibia, providing stable fixation for complex fractures. It is well-suited for load-bearing regions and offers angular stability with versatile screw options to ensure secure fixation.

• Proximal tibial fractures, including lateral plateau fractures
• Complex intra-articular fractures
• Osteotomies of the proximal tibia
• Osteoporotic bone fractures requiring rigid fixation
• Nonunions and malunions of the proximal tibia
• Periprosthetic fractures
• Tibial plateau fractures with articular involvement

• Proximal Lateral Tibial Safety Lock Plate LC Cuts 4.5/5.0. These plates are indicated for Proximal shaft fractures, Metaphyseal fractures, Intra-articular fractures, and Periprosthetic fractures of Proximal tibia
• An anatomically designed plate fits over the proximal metaphysis from a lateral side.
• Low Contact plate design reduces the plate and bone contact, this feature reduces vascular trauma.
• All head holes allow 5.0 mm safety locking and holes on the shaft allow both 4.5 mm cortex and 5.0 mm safety locking screws.

This plate is anatomically contoured for the medial proximal tibia, providing stable fixation for complex fractures. It offers angular stability and multiple screw options to ensure secure fixation in load-bearing regions.

• Medial proximal tibial fractures
• Complex intra-articular and metaphyseal fractures
• Osteotomies of the proximal tibia
• Osteoporotic bone fractures
• Nonunions and malunions
• Periprosthetic fractures
• High-energy trauma or varus collapse injuries

This plate features a T-shaped design that provides buttress support for the fixation of periarticular and metaphyseal fractures. It ensures angular stability and resists shear forces, while its anatomical shape allows precise contouring and strong fixation.

• Metaphyseal fractures requiring buttress support
• Periarticular fractures requiring stable fixation
• Comminuted and complex fracture patterns
• Osteoporotic bone fractures needing strong support
• Nonunions and malunions in metaphyseal regions

This plate is anatomically designed to provide stable fixation for periarticular and metaphyseal fractures. It offers angular stability and reliable support, making it particularly suitable for complex fracture patterns and osteoporotic bone.

• Periarticular fractures requiring buttress support
• Metaphyseal fractures with complex geometry
• Comminuted fractures requiring rigid fixation
• Osteoporotic bone requiring angular stability
• Nonunions and malunions in periarticular regions

This plate features an L-shaped design that provides buttress support for the stable fixation of periarticular and metaphyseal fractures. It offers angular stability and strong resistance against shear forces, while its anatomical shape allows precise contouring for reliable fixation.

• Metaphyseal and periarticular fractures requiring buttress fixation
• Comminuted and complex fracture patterns
• Osteoporotic fractures needing stable fixation
• Nonunions and malunions in metaphyseal regions
• Fractures around joints requiring angular stability