Interbody fusion cages

... Load Sharing Concept The cage’s slits are designed to enhance physiological compression load. This concept is intended to distribute axial load through the cage in order to stress the graft, creating a better environment ...

... bone formation, which offers implant stability, less potential for implant migration and the formation of a stable fusion mass. Cage features: Ti Plasma Coated Surface provides enhanced stability, improved imaging ...

... Cervical interbody implant BMD Titanium ACIF implant ® is an implantable device of different footprints designed for interbody- fusion in the cervical spine. - Designed to provide mechanical support to ...

... The Ackermann c|spine is an interbody PEEK or Titanium cage system with our without ridge, designed for anterior fusion of the cervical spine. Highest biocompatibility is ensured due to certified and ...

... implant structure and bony structure. Enables rapid fusion of the vertebral bodies during the healing process. Lordotic, Convex Design. The convex design of the cranial surface of the cage and the straight design ...

... The Cap Cervical cage is a device designed for anterior cervical interbody fusion. It is indicated for the treatment of degenerative disc diseases and instabilities in the C3 to C7 region. The device ...

... 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 tip to facilitate the ...

... anterior lumbar interbody fusion. The ROI-A ALIF cage features a large central graft space and is available in a variety of footprints, heights, and angles of lordosis to achieve excellent fit and fill ...

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.