Synthes 204.012 3.5mm Cortex Screw 12mm

Synthes 204.012 3.5mm Cortex Screw 12mm

Synthes

Cortex Screw, 3.5 dia. x 12 mm Length, Stainless Steel, Standard, 3.5 mm Thread Diameter, 1.25 mm Thread Pitch, 2.4 mm Core Diameter, 6 mm Head Diameter, With Small Hexagonal Socket.

A small, non-sterile, threaded rod with a slotted head typically used for internal orthopedic fracture fixation by being screwed into bone to hold plates or nails to bone or to provide direct interfragmentary stabilization of bone, or it may fasten soft tissue to bone.

It is made of a material that is corrosion resisting and cannot be chemically degraded or absorbed via natural body processes (includes implant grade metal such as surgical steel, titanium alloy, or carbon fiber).

This device must be sterilized prior to use.

Overview of Cortex Screw

The Cortex Screw, specifically the Synthes 204.012 3.5mm model, is designed for enhanced stability and secure fixation in orthopedic surgeries. Its 12mm length is optimal for various applications, ensuring that it can anchor firmly in bone structures. Surgeons prefer this screw because it combines strength with a low profile, allowing for effective restoration of bone integrity after fractures or reconstructive surgeries.

Advantages of Using Cortex Screws

One of the primary advantages of using the Cortex Screw is its versatility. It is suitable for locking plates and can work with different configurations, making it a go-to choice in many surgical procedures. Furthermore, the self-tapping design allows for easier insertion and minimizes the chance of damaging surrounding tissues, which is crucial during orthopedic interventions. This design choice also translates to quicker surgery times and improves overall patient outcomes.

Applications and Considerations

Cortex Screws are widely used in both trauma and elective orthopedic surgeries. They provide reliable fixation for fractures in areas such as the tibia, femur, and pelvic bones. However, choosing the correct size and length is essential, as improper selection could lead to complications. Surgeons consider factors like bone quality and the type of fracture before selecting the appropriate Cortex Screw, ensuring optimal stability in every case.