LOC Plate

An anatomically pre-formed titanium plate intended for fractures of the proximal femur and trochanter region. The plate combines four types of screws and is available in left and right configurations to accommodate different femur neck anteversion angles. Features include high-grade titanium material with type II anodization, a distal head contoured design for optimal positioning, K-wire holes for plate positioning support, and multiple hole configurations (2 to 16 holes) with compression holes for dynamic axial compression.

An anatomically precontoured titanium plate with a curved shaft designed to follow the natural shape of the femur bone. Indicated for shaft fractures, supracondylar fractures, intra-articular fractures, and periprosthetic fractures. The plate features high-grade titanium material with type II anodization and provides optimal biocompatibility for distal femur fixation.

Fixation plates for fracture management and bone stabilization. Available in various configurations for different anatomical locations and fracture patterns.

Locking compression plate system for orthopaedic fracture fixation and reconstruction. Provides angular stability and load sharing for trauma and complex fracture management.

An anatomically contoured non-locking metal plate designed for fracture fixation and bone stabilization.

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 titanium plate for bone fixation of the proximal medial tibia, anatomically pre-shaped to fit the medial head of the proximal tibia. Designed for use with XLOC 3.5 or 4.0 screws, it features high-grade titanium with type II anodization and hardened titanium surface. Available as left and right anatomic shaped plates with 4 to 14 holes, K-wire positioning support, and proximal and distal locking holes for optimal fixation.

Trauma fixation plate used in orthopedic surgery for bone fracture treatment. Locking plates provide angular stability for complex fracture patterns.

Bone plate fixation systems designed for fracture reduction and stabilization across various anatomical locations. These plates provide rigid fixation and promote bone healing in orthopedic trauma cases.

A non-locking metal plate used for fracture fixation and bone stabilization in orthopedic procedures.

A large orthopedic plate designed for surgical fixation and stabilization of bone fractures and orthopedic procedures. This plate is used in orthopedic surgery to provide structural support and alignment during the healing process.

Orthopedic fixation plate with T-shaped configuration for bone stabilization and alignment. Used in surgical procedures to maintain proper bone positioning during healing.