Oblique Lumbar Interbody with proprietary osteoconductive microtexture and arched anatomic structure engineered to promote faster fusion. 


Product Features

  • 3D Printed Titanium with SPIRA® Technology

  • Open architecture provides large graft volume while maintaining endplate surface contact  

  • Designed specifically for the OLIF approach - no orthogonal maneuver required for implant seating

  • Available in 2 footprints and 3 convex lordotic profiles to accommodate patient anatomy 

    • Footprints(mm): 26x32, 30x38

    • Heights: 9 to 19mm in 2mm increments

    • Lordosis: 8°, 15°, 20°

    • Graft Volume up to 10.4cc

SPIRA®-O Animation

Designed Specifically for the OLIF Approach

Oblique Lumbar Interbody Fusion

Instruments and implants pass through the most natural corridor to the disc space¹.

  • Simple retraction and disc access

  • Minimally invasive with maximal visualization

  • Comprehensive set of angled and non-reflective disc preparation instrumentation 

  • Straight Instrumentation

  • No orthogonal maneuver required for implant seating

[1] Gragnaniello, C., & Seex, K. (2016). Anterior to psoas (ATP) fusion of the lumbar spine: evolution of a technique facilitated by changes in equipment. Journal of Spine Surgery. 2(4). 256-265. OSS Press. doi: 10.21037/jss.2016.11.02.

Precision

Inserter location feature placed at the optimal angle for atraumatic insertion

Safety

No toggling of instruments in situ - instruments designed for safe implant delivery under direct visualization

Innovation

Implant design utilizes proprietary open architecture and surface technology

SPIRA-O Instruments are designed for:

  • Optimal cage placement

  • Avoids contralateral nerve impingement

  • Smooth implant delivery through the most natural corridor to the disc space

  • SPIRA®’s proprietary 3D Hierarchal Design, is designed for Stability, Synergy, and Simplicity to drive a fast and reliable interbody fusion*.

    • Open architecture arch design provides immediate and directional fixation with substantial bone contact.

    • Optimized load distribution through each arch at the vertebral endplate interface allows for physiologic distribution of the flexural stiffness and can reduce the potential for subsidence.

  • 3D printed titanium with Surface By Design® Technology*.

    • Osteoconductive microtexture allows for early bone apposition to promote a faster fusion.

*Data on File

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