Hollow Tension Screw

Hollow-core screw design for orthopedic applications, allowing wire-guided placement for improved surgical accuracy in fracture fixation.

A cannulated cancellous screw designed for orthopedic fracture fixation. It provides fixation for cancellous bone and can be used independently or with plate systems.

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

Screws designed to provide axial compression across fracture lines during fixation. These devices promote primary bone healing through controlled compression.

Titanium non-locking screw allowing dynamic loading and callus formation during fracture healing. Provides flexible fixation for specific orthopedic applications.

Specialized screw without a head for subcutaneous insertion in metaphyseal fracture fixation. Designed for anatomical locations requiring flush implantation.

A hollow-design metal screw used in orthopedic internal fixation procedures. Designed for securing bone plates and fragments in trauma and reconstructive bone surgery.

Hollow-design screws for specialized orthopedic fixation applications. Allow passage of wires or additional fixation elements during surgical procedures.

Screw with central canal designed for guidewire-assisted insertion in fracture fixation and arthroscopic procedures. Enables percutaneous and minimally invasive applications.

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

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

A medical hollow screw system used for bone fracture treatment. It has been widely applied in orthopedic clinical practice for various fracture treatments including femoral neck fractures and intertrochanteric fractures.