In the field of spinal surgery, precision implants carry the hope of restored mobility for patients. A new generation of polyaxial pedicle screws is transforming minimally invasive spinal procedures through enhanced flexibility and stability.

Traditional pedicle screw systems often limited surgeons' ability to make angular adjustments during procedures. The latest polyaxial pedicle screws feature a unique design that allows the screw head to rotate within a defined range. This innovation enables surgeons to make precise post-insertion adjustments tailored to each patient's anatomical structure.

The enhanced flexibility simplifies surgical procedures while minimizing trauma to the pedicle. More importantly, it ensures optimal contact between implant and bone, creating a more stable foundation for spinal fusion.

Recognizing that every spinal case presents unique challenges, manufacturers now offer an extensive range of screw specifications:

• 4.5mm diameter series: Designed for patients with more delicate bone structures
• 5.5mm diameter series: The standard choice for most adult spinal procedures
• 6.5mm diameter series: Provides enhanced support for patients with higher bone density
• 7.5mm diameter series: Offers maximum stability for complex cases

Length options range from 25mm to 60mm, with each variation clearly coded for easy identification during surgery.

The medical-grade titanium alloy used in these implants demonstrates exceptional biocompatibility, corrosion resistance, and mechanical strength. Each product undergoes rigorous quality control and performance testing to meet international standards.

These polyaxial pedicle screws have received CE certification and comply with FDA requirements, ensuring they meet the most stringent global standards for design, manufacturing, and clinical safety.

• Monoaxial pedicle screws for basic fixation needs
• Cross connectors to enhance overall spinal stability
• Titanium rods for long-segment support
• Specialized instrument sets to improve surgical precision
• Reduction screws for bone alignment during procedures
• Protective screw caps to prevent tissue adhesion

This integrated approach provides surgeons with complete solutions for various spinal conditions, streamlining both procurement and surgical processes.