cortical bone fixation screw

  • Cortex Screw Self Tapping 2.0 mm Stardrive Titanium for Precise Orthopedic Fixation

    Cortex Screw Self Tapping 2.0 mm Stardrive Titanium for Precise Orthopedic Fixation

    • Self-tapping thread eliminates separate tapping steps

    • Stardrive interface ensures precise torque control and secure engagement

    • Titanium alloy construction provides excellent biocompatibility

    • Designed specifically for small fragment cortical fixation

    • Low-profile head supports stable seating and reduced tissue irritation

    • Smooth surface finish enhances insertion efficiency

    • Customer logo acceptance for private branding solutions

    • Customized color options available for product differentiation

  • Self Tapping Cortex Screw 2.4mm with Hexagonal Socket for Precise Bone Fixation

    Self Tapping Cortex Screw 2.4mm with Hexagonal Socket for Precise Bone Fixation

    • Self-tapping thread eliminates pre-tapping

    • Hexagonal socket for controlled torque application

    • Optimized for cortical bone fixation

    • Precise thread geometry for reliable bone purchase

    • Wide length range with 2mm increments

    • Low-profile head design

    • Available in stainless steel and titanium

    • Custom logo and color options available

    • Suitable for Class A medical instrument applications

    • Reliable performance in orthopedic trauma procedures

  • Self Tapping Cortex Screw 3.5mm with Hexagonal Socket High Strength Orthopedic Bone Fixation Screw

    Self Tapping Cortex Screw 3.5mm with Hexagonal Socket High Strength Orthopedic Bone Fixation Screw

    • Self-tapping design eliminates the need for separate tapping

    • Optimized cutting flutes for smooth cortical bone penetration

    • Hexagonal socket ensures strong torque transfer and reduced cam-out

    • Wide length range supports multiple anatomical applications

    • Consistent thread geometry for secure cortical fixation

    • Available in titanium for biocompatibility and stainless steel for strength

    • Smooth surface finish minimizes insertion resistance

    • Suitable for trauma, reconstructive, and general orthopedic use