Lumbar interbody fusion cages

... Superior & inferior serration design, enhance the postoperative stability. 3.Larger bone contacting surface to facilitate bone fusion. 4.6° lordosis, tightening fitting, conform to physiological lordosis.

SCARLET® AL-T SECURED LUMBAR ANTERIOR CAGE Ti-LIFE Technology The structure mimics the architecture of trabecular bone and is designed to promote bone ingrowth. This technology is based on a proprietary ...

Lumbar interbody implant BMD Titanium PLIF Implant ® is an implantable device of different footprints designed for interbody lumbar spine fixation. The device is intended ...

The Ackermann t|spine is an interbody titanium cage system, designed for the fusion of the lumbar spine. Highest biocompatibility is ensured due to certified and approved ...

... inserters. Unique “V groove” surface serration pattern for improved traction. Common Surgical Applications: Anterior lumbar interbody fusion. Source: Femur Preservation Method: ...

The Rampart™ One Interbody Fusion System is designed to minimize exposure and retraction and potentially enhance bone growth without hampering post-operative visualization. To facilitate minimizing ...

Single-Approach Surgery describes the surgical treatment of a spinal segment through one surgical exposure. Using the Slide™ Lateral Cage and optional plate, the surgical objective of stabilizing the operative spinal ...

... interaction between implant and bony structure supports rapid fusion of the vertebral bodies during the healing process. 7° Lordosis The implant is designed to restore the natural lordosis of the lumbar ...

The Cap Lumbar system encompasses a variety of lumbar cages designed for posterior / postero-lateral interbody fusion. It is indicated for the treatment ...

... disc disease ■ Instability of the anterior column in association with posterior pathology Specific Advantages ■ SYNSTER* TUF cage is available in 4° lordosis ■ Transforaminal approach ■ Minimal implant width and tapered ...

Open systems of internal fixation for cervical, dorsal, lumbar or sacral segments of the spine in Ti-6Al-4V ELI (grade 5) ASTM F-136 titanium alloy. Mono and polyaxial screws.