6.5MM Distal Femur LCP - Left & Right

A metal locking compression plate system designed for proximal humerus fracture fixation with combination holes, available in left and right configurations. This plate is part of the metal locking bone plate and screw system for orthopedic trauma applications.

Right-angle plate for perpendicular bone fragment fixation. Available in left and right orientations for anatomical positioning in small bone trauma.

Variable angle locking plate for proximal humerus fracture fixation. Designed for superior anterior application with anatomical contouring for enhanced stability and bone contact.

An S-shaped clavicle plate designed for the medial segment with combination holes available in left and right configurations. This plate is part of the metal locking bone plate and screw system for medial clavicle fracture fixation.

Orthopedic locking plates designed for femoral condyle fracture fixation, available in left and right configurations. These plates provide anatomical support for distal femur injuries.

An orthopedic locking plate designed for proximal femoral fracture fixation. Available in left and right configurations for anatomical application.

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.

Advanced locking plate system for proximal humeral fracture fixation. Available in left and right configurations for comprehensive shoulder trauma management.

Design aligned with anatomy • optimized anatomical profile • fit to a wide range of anatomies • facilitated anatomical reduction Multiple plate options • 4 types of plates are offered: - proximal plates with two epiphyseal sizes - trochanteric plates with two epiphyseal sizes • left and right plates • different lengths Transverse holes • for cerclage wiring Hooks in epiphyseal part • additional implant and bone fragments stabilization Reinforced plate profile • increased thickness • dedicated for periprosthetic fractures Chamfered plate borders • minimized soft-tissue irritation • improved stress distribution Beveled tip • easy percutaneous insertion Anatomically directed screws • pre-defined direction for stable bone immobilization around the prosthesis stem • collision-free insertion Locking hole design • the screws heads do not protrude above the surface of the plate what significantly reduces tissue irritation • increased strength of the screw-to-plate threaded connection K-wire holes • facilitated plate positioning over the prosthesis • provisional plate positioning Multiple screw options • non-locking and locking screw gives multiple configuration for individual cases • each locking hole accepts all types of screws

An anatomically contoured titanium locking plate for the distal dorsolateral humerus with an additional lateral support structure. The screws from the lateral support target the articular area for improved fixation. The limited-contact design reduces vascular trauma, and one plate configuration serves both right and left sides, indicated for intra-articular, supracondylar fractures, and nonunions.

A titanium plate designed for fractures of the distal tibia with an anatomically pre-shaped distal head and a bent, twisted shaft to fit the distal tibia bone. Features high-grade titanium with type II anodization, available in left and right plates with 4 to 14 holes. Includes a distal tab for medial malleolus fixation, compression holes for dynamic axial compression, and locking holes for XLOC 3.5 mm and XLOC 4.0 mm cancellous locking screws.

Locking compression plate designed for femoral bone fixation. Applied in orthopedic surgery for femur fracture treatment and bone stabilization.