Sliding Cephalic Screw System

A screw fixation system featuring cannulated design for orthopedic trauma applications. This system allows for flexible placement and secure fixation of bone fragments.

A surgical fixation system designed for orthopedic procedures utilizing cannulated screw technology. This system is used for fracture treatment and bone stabilization across various anatomical locations.

Titanium compression screw system designed for dynamic fixation in orthopedic procedures. Enables controlled compression for fracture healing and bone union acceleration.

A trauma fixation system for femoral neck fractures providing dynamic stabilization with anti-rotation features.

Orthopedic screw system with cannulated design for precise fracture fixation. Used across multiple anatomical regions including foot and ankle for effective bone stabilization.

Hollow-core screw system for percutaneous and minimally invasive fixation procedures. Allows wire-guided placement for precise bone fragment alignment.

Specialized screw system for translaminar fixation in cervical and lumbar spine. Provides additional posterior stabilization in selected cases.

Specialized screws designed for cancellous bone fixation with enhanced purchase. Used in metaphyseal and intra-articular fracture repair.

A bone screw system for orthopedic fixation in trauma and surgical applications. The anatomical design and engineering provide reliable fixation with reduced soft tissue irritation.

An orthopedic fixation system featuring headless screw design for internal bone fixation and fracture management. This technology is utilized in various orthopedic surgical applications.

Comprehensive screw systems for bone fixation including cortical, cancellous, and locking screws. Supports various fixation applications in trauma and orthopedic surgery.

A surgical screw system designed for trauma and orthopedic applications. The system includes cannulated screws that allow for guidewire placement during surgical procedures.