Key Features and Benefits

3D-Printed Titanium Technology

  • Manufactured using cutting-edge 3D printing for enhanced bone ingrowth and ongrowth.
  • Rough titanium surface increases osteoblast activity, promoting rapid fusion.
  • Ideal 500µm pore size facilitates natural cellular influx, leading to solid bony fusion and secondary stability.

Excellent Visualization & Stability

  • Implant porosity allows clear imaging, ensuring precise fusion assessment.
  • Macro, micro, and nano-structured titanium promotes excellent imaging characteristics that allow the surgeon to see the fusion area clearly.

Optimized for Less Invasive Surgery

  • Midline inserter placement reduces the working space required for insertion.
  • Integrated Inserter & Locking Plate streamlines the procedure by combining cage insertion and screw locking.

Implant Overview

Cage

  • Made from 3D-printed titanium alloy for superior bone integration.
  • Three different footprint options to accommodate patient anatomy.
  • Available in 5-12mm heights with 0°, 8°, and 12° lordosis for optimal sagittal alignment.

Plates

  • Available Zero-Profile plate integrated with Cage seamlessly.
  • Up to 36° of Cephalod/Cardal and 15° of medial/lateral screw angulation to help with optimal placement of the plate
  • Low profile to minimize soft tissue irritation

Screws

  • Fixed or variable angle
  • Self-drilling or self-tapping
  • Lengths 12 – 26 in 1mm increments
  • Diameters: 3.6mm or 4.1mm

Size Options

Instruments Overview

  • Inserter is located in the middle of the cage and the plate construct that requires less working space during the insertion process
  • Comprehensive offering of straight and angled instruments to accommodate a wide array of anatomical challenges

Temporary Fixation Pins 

  • Two different lengths of fixation pins with screws or pin/driver engagement

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