S4® Element Open

Product Quick Finder

Choose a category or subcategory

Posterior Thoracolumbar Stabilization System

The S4® Element Spine System is a low profile and innovative thoracolumbar pedicle fixation system designed to address complex posterior pathologies. The S4® Element system features a sophisticated pressure vessel locking design capable of delivering biomechanical stability while maintaining an ultra-low profile.
The S4® Element Spine System is a top-loading low profile pedicle screw system that offers a broad selection of implants and instruments that are designed to meet the surgeons demand for a quicker yet simpler surgical procedure. The trays are configured to include polyaxial screws, monoaxial screws, ilium screws, precut straight and pre-bent rods, rigid & adjustable cross connectors, and a variety of rod-to-rod connectors used to extend an existing construct in the event of a revision surgery or for new multilevel construct.

Features

  • Small implant volume
    • Maximize screw head range of motion
    • Reduce the risk of facet and soft tissue impingement
  • Patented interlocking thread design
    • Minimize splaying of screw body
  • Pressure vessel technology
    • Transfer energy throughout the polyaxial screw construct transforming it into a solid monoaxial construct, achieving maximum construct stability
  • Undercut thread design
    • Help eliminate cross threading by directing the force inward, improving force transmission and efficiency throughout the rod-screw construct


System Components

  • Mono- and polyaxial pedicle screws
  • Sacro-iliac screws
  • Straight and prebent rods
  • Rigid and adjustable cross connectors
  • Variable multilevel connectors
  • Variable hook options
  • Easy to use instrumentation
  • Cannulated instruments and pedicle screws for minimally invasvie surgery
  • Specially designed pedicle screws for cement augmentation

Indication

Thoracolumbar spine stabilization in cases of:
Fractures, dislocation, degenerative instability, post-discectomy syndrome, spondylolisthesis, post-trauma instability and tumors.