2.0 Locking Module

Locking plate system for orthopedic and trauma surgery fixation. Designed for bone fracture stabilization and internal fixation applications. Features mechanical locking mechanism to secure screws and maintain anatomical alignment during healing.

Locking plates are internal fixation devices used in orthopedic surgery to stabilize bone fractures and deformities. These plates feature integrated locking screw mechanisms that provide angular stability and compression, commonly applied in trauma, orthopedic reconstruction, and spine procedures. Manufactured from medical-grade titanium alloy, they are available in various specifications to accommodate different anatomical requirements and surgical approaches.

Locking plate system for orthopedic fixation of fractures and osteotomies in the femur and tibia. Provides angular stability through threaded plate-screw interface, enabling early mobilization and load-bearing. Includes left and right configurations with precision-engineered instruments for accurate surgical placement.

A metal locking plate and screw fixation system designed for orthopedic bone fixation and reconstruction. The system provides secure stabilization for various orthopedic trauma applications.

Locking plates are orthopedic fixation devices designed for trauma and fracture management, providing rigid stabilization of bone fragments during healing. These implants feature locking mechanisms that secure screws to the plate, enhancing stability and reducing complications in complex fracture cases. Available in various configurations for different anatomical sites and surgical approaches.

Locking plates are orthopedic implants designed for rigid fixation of bone fractures and orthopedic reconstructive procedures. These devices feature integrated locking mechanisms that provide angular stability without requiring bone-to-plate contact, reducing soft tissue trauma and promoting faster healing. Commonly used in trauma surgery, joint reconstruction, and spine stabilization.

Locking plates are internal fixation devices used in orthopedic trauma surgery to stabilize bone fractures and support healing. These implants feature integrated locking mechanisms that secure screws at fixed angles, preventing loosening and promoting early mobilization. Designed for use in fracture repair across various anatomical sites including limbs and joints.

Locking plate systems for trauma, spine, cranio-maxillofacial, and joint surgery. Manufactured from titanium and medical-grade stainless steel with micron-level precision (±0.01 mm tolerance). FDA and CE certified implants engineered for anatomical fit and mechanical stability in orthopedic fixation procedures.

Breakthrough orthopedic fixation technology featuring miniaturized implants for delicate procedures requiring precise fixation. The Micro-Lock system enables surgeons to perform complex procedures with enhanced precision.

A locking plate system designed for fixation of distal tibial fractures. This surgical implant provides angular stability and support for tibial fracture healing and alignment.

An orthopedic locking bar device used to secure and stabilize plate and screw fixation systems in surgical procedures.

Maxillofacial locking implants in 2.0mm size for secure fixation in facial bone fractures. Part of the comprehensive locking implant range for maxillofacial surgery.