Synthes 401.813.96 2.0mm TI Cortex Screw Self-Tapping 13mm

Synthes 401.813.96 2.0mm TI Cortex Screw Self-Tapping 13mm

• Model: 401.813.96
• 2.0mm
• 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 cannot be chemically degraded or absorbed via natural body processes (includes an implant-grade metal such as surgical steel, titanium alloy, or carbon fiber).
• Screws available are: cortical, cancellous, malleolar, scaphoid, partially-threaded and fully-threaded, self-tapping, and cannulated.
• A "lag screw" can be any of these used to obtain compression.
• This device must be sterilized before use.

The Synthes 401.813.96 is a precision-engineered titanium cortex screw designed for fixation in delicate orthopedic applications, especially within hand surgery. Despite its minimal 13 mm length, this self-tapping screw facilitates secure anchoring in cortical bone without the need for pre-tapping, thanks to its sharp thread profile and durable titanium construction. The 2.0 mm diameter makes it ideal for procedures where minimal bone disruption is essential.

What sets this screw apart is its compatibility with modular hand system instrumentation, a hallmark of Synthes’ meticulously designed small-fragment sets. It features a 3.5 mm screw head for easy instrument interface, and a cruciform recess for reliable engagement. The 0.6 mm thread pitch ensures consistent purchase in cortical bone, while the 1.4 mm core diameter balances structural integrity with minimal size. Its design is tailored to work with 1.5 mm threaded holes or 2 mm gliding hole preparations, streamlining the surgeon's workflow.

Constructed from titanium, the screw offers excellent biocompatibility and corrosion resistance. The single-use packaging maintains sterility and reduces risks associated with reprocessed devices. Practically, it's a dependable option for trauma or reconstructive hand procedures where compact, accurate fixation hardware is required.