Mercury®

Posterior Thoracolumbar Fixation System

The Mercury® Posterior Thoracolumbar Spinal Fixation System is designed to be a simple and reliable system to correct and stabilize the posterior thoraco-lumbosacral spine through its versatile collection of instruments and comprehensive implant offering. The 5.5mm titanium rod-based system offers cannulated and non-cannulated multi-axial pedicle screws, fixed and adjustable crosslinks, and a variety of rod connectors. Multi-axial pedicle screws are available with standard and reduction heads, and range from 4.5mm to 8.5mm in diameter.

Uniquely Elegant Mercury Posterior Thoracolumbar Fixation

  • Low profile polyaxial head accommodates varying anatomy
  • Cannulated screws designed for percutaneous insertion
  • Buttress thread cap and screw head minimizes cross threading and provides high grip strength
  • Self-tapping bone screw designed for maximum strength, screw purchase and pullout resistance
  • Pre-contoured and straight titanium alloy rods in lengths up to 400mm
  • Seamless integration with Mercury Classic MIS

Intuitive, Reliable Instrumentation for Posterior Thoracolumbar Spine Fixation

  • Polyaxial screwdriver attaches easily and maintains screw rigidity during insertion
  • Cannulated and solid taps provide effective pedicle preparation
  • Reduction instruments designed to make rod reduction quick and predictable
  • Instruments trays designed to maximize operating room efficiency

Implant Versatility for Posterior Thoracolumbar Spine Fixation

  • Low profile, self-tapping screws with 50° of total angulation
  • 5.5mm to 8.5mm screws in lengths from 30mm to 60mm
  • 4.5mm non-cannulated screws available upon request
  • Pre-contoured or straight rods from 30mm to 120mm
  • 400mm rod for longer constructs

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Tomorrow’s Spine Surgery Solutions Start Here

Spinal Elements focuses on the fastest growing segments of spine through a portfolio of inspired innovative solutions and proprietary technologies for minimally invasive procedures in growing patient populations.