Anterior 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
Available in 3 footprints and 3 biconvex lordotic profiles to accommodate patient anatomy
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Footprints(mm): 23x26, 26x32, 30x38
Heights: 9 to 19 mm in 2 mm increments
Lordosis: Convex 8°, 15°, and 20°
Graft volume up to 10.0cc
Anterior and anterolateral insertion options
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.
Semi-ordered surface with a combination of macro, micro and nano structures drives cellular attachment and gene expression.
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