StabiLink®Thoracic Solution

New Pediatric Ultra Short Implant

Perfect Adjunct to Pedicle Screw Fixation

pre operation and post operation x-ray photos 

One of the factors contributing to Proximal Junctional Kyphosis (PJK) is the abrupt transition from a long pedicle screw construct to the native spine.

  •  StabiLink® Interlaminar Fixation System provides the ideal "soft landing" zone between rigid pedicle screw constructs and the un-instrumented spine
  • StabiLink® implantation is safe and easy to perform and adds minimal time to the procedure
  • Early clinical data on 50 patients, with follow-up ranging from 2 months to > 2 years, demonstrates reduced Proximal Junctional Kyphosis / Failure
  • Recently published clinical studies showing StabiLink Dual Lamina for PJK prevention.

Proven Biomechanical Stability

Mechanical Stability Insert

6.4° ROM in Flexion/Extension 
UIV +1 Un-instrumented Spine

Spinal Insert

4.3° ROM in Flexion/Extension
UlV -Stabilink® Dual Lamina 

Spinal Insert

2.6° in Flexion/Extension
UIV- Pedicle Screws

  •  Cadaveric testing demonstrates that ROM in Flexion/Extension with StabiLink® Interlaminar Fixation System falls midway between Pedicle Screws and the Un-instrumented Spine as shown in the illustrations above*
  • In addition, StabiLink® Interlaminar Fixation System provides significant stabilization in all three planes - flexion/extension, lateral bending, and axial rotation *
    *Data on file

Patented "Laminar Lock" Design

• "Laminar Lock" design forms a 90° flare to engage the stronger laminar bone
• Up to 20° of sagittal angulation better conforms to patient anatomy

Thoracic Oriented Sizes

ultra short and short 6mm thoracic trays 

  •  New Pediatric Ultra Short Implant – When Every Millimeter Counts
  • Low Profile Tray design and short length minimizes any interference with adjunct devices
  • Multiple Tray widths - 6mm, 8mm, 10mm