LPS Proximal Lateral Tibia Locking Plate in Titanium

A titanium locking plate designed for proximal femur fixation in orthopedic surgical procedures. The plate provides stable fixation for fractures and other conditions affecting the proximal femoral region. It is manufactured from titanium material for biocompatibility and durability.

A titanium locking compression plate (LCP) designed for posterior medial fixation of the proximal tibia. This plate is used in orthopedic surgery for stabilization of proximal tibial fractures and related surgical applications. The titanium construction ensures biocompatibility and long-term stability.

Locking titanium plate system designed for proximal humerus fracture fixation in traumatology and orthopedic surgery. Features anatomic, low-profile screw and plate design for enhanced stability and reduced soft tissue irritation. Supports primary and revision shoulder procedures with reliable biomechanical performance.

Titanium locking plate system designed for distal humerus fracture fixation in trauma and orthopedic surgery. Features anatomic contouring and low-profile screw design for improved patient outcomes and surgical ease.

A titanium plate specifically designed for tibiofibular joint fixation in orthopedic surgery.

A locked titanium plate implant for lateral proximal femur fracture fixation in the lower extremity. Part of the ALP titanium blocked plate system for hip and upper femur trauma.

A locked titanium plate implant for lateral proximal tibia fracture fixation in the lower extremity. Part of the ALP titanium blocked plate system designed for lower limb trauma applications.

ALP titanium locked plate for lateral proximal femur fixation. Offers fixed-angle stability for proximal femur and hip fractures.

ALP titanium locked plate system for lateral proximal tibia fracture management. Provides angular stability for knee and proximal tibia trauma.

Titanium locking plate system designed for proximal humerus fracture fixation in orthopedic surgery. The anatomically contoured design provides angular stability for complex shoulder injuries, enabling secure fixation and accelerated bone healing. Compatible with standard orthopedic screw systems for versatile surgical application.

A titanium bone fixation plate for the proximal lateral tibia with an anatomically pre-shaped proximal head adapted to the tibia bone anatomy. Features high-grade titanium material with type II anodization, sizes from 5 to 13 holes, K-wire positioning holes, and both proximal and distal locking holes for XLOC 5.0 mm locking screws. The design includes compression holes for dynamic axial compression and a limited contact profile to protect blood supply.

A proximal tibia L-plate for bone fixation of the proximal lateral tibia, designed for use with XLOC 3.5 or 4.0 screws. The anatomically pre-shaped head fits the lateral head of the proximal tibia, with high-grade titanium material and type II anodization. Features include sizes from 4 to 14 holes, K-wire positioning holes, compression holes for dynamic axial compression, and proximal and distal locking holes.