Elevation Spine Wins FDA Clearance for 3D-Printed Titanium Spine Cage

Elevation Spine has received FDA 510(k) clearance for Saber-C AVIA, an anterior cervical discectomy and fusion system that combines zero-profile plating with a porous 3D-printed titanium interbody. The approval gives surgeons a single kit that works with both spike and screw fixation for ACDF procedures.

What the Implant Does

Saber-C AVIA is engineered as a low-profile anterior cervical construct. The 3D-printed titanium interbody uses a 55% porosity lattice designed to mimic trabecular bone. Preclinical data associates that porous structure with bone ingrowth, which can help the implant fuse with the surrounding vertebrae over time.

The system is available in 6 degree lordotic and 12 degree hyperlordotic options. A large central graft window lets surgeons pack bone material where it is needed most. The kit includes updated spike instruments and new screw instruments, including a very low-profile screw inserter, all in a single tray.

Why 3D Printing Matters Here

Traditional cervical cages are machined from solid titanium or PEEK. 3D printing lets Elevation Spine build a porous lattice that would be impossible to machine cost-effectively. That porosity is not just a structural feature, it is the medical rationale for the implant. The lattice encourages bone to grow into the cage rather than just sitting next to it.

The FDA clearance follows the same 510(k) pathway used for predicate devices, meaning Elevation Spine demonstrated substantial equivalence to an already-approved system rather than running a full premarket approval study. That route is faster and cheaper, but it still requires valid technical and preclinical evidence.

Market Context

3D-printed titanium spine implants have become increasingly common in recent years. Companies such as NuVasive, Globus Medical, and now Elevation Spine have all brought porous cervical devices to market. The clinical argument is consistent: porous structures promote fusion, reduce subsidence, and can improve long-term patient outcomes compared to smooth solid implants.

Saber-C AVIA is available immediately for surgical use in the United States. Elevation Spine, based in Monterey, California, says the design reflects direct feedback from its surgeon community, with an emphasis on streamlined instrumentation and versatility across different ACDF case types.

Source

• Ortho Spine News - Elevation Spine Receives FDA 510(k) Clearance for Saber-C AVIA
• Medical Device Network - FDA Grants 510(k) Clearance for Elevation Spine's Saber-C AVIA