Titanium interbody fusion cages

ATEC’s IdentiTi Cervical Porous Ti Interbody Implants are designed to provide the biological, biomechanical, and imaging characteristics that surgeons seek in a fusion construct. The subtractive process ...

... with a multifunctional instrument set. For supporting the anterior column we supply cages of titanium alloy. OPTIMIZED CAGE GEOMETRIES WITH BULLET SHAPED NOSE TLIF II / TRANSFORAMINAL ...

Laser-sintered titanium cervical cage for initial procedures in simple degeneration with 3° lordosis. The cage is made of the osteoconductive material Ti6Al4V. With the open design, osseointegration ...

... spine Contents of the system : – PM CAGE® interbody fusion cages Specifications The 16 sizes of implants and the lordotic profile of the cages allow ...

... Anatomical form and shape Highest stability Compatible with the standard c|spine implantation system MADE OF POROTIC TITANIUM ALLOY (TI64AI4V) ► Biocompatible ► SLM manufacturing process which implies high strength ...

Excellent radiolucency modulus of elasticity closer to bone than titanium large bone graft windows and radiopaque markers Macro, micro, and nano-surface structure Hydrophilic Porous titanium microstructure ...

Cambria™ NanoMetalene® implant is designed to be your cervical interbody solution. It combines the surface benefits of titanium with the mechanical properties of PEEK and the anatomical design of the ...

JULIET® AN LUMBAR ANTERIOR CAGE Anatomical Shape The anatomical shape of the device is designed to facilitate insertion and the cage allows two aproaches: anterior and antero-lateral. Load Sharing ...

Anterior Cervical Fusion PEEK-OPTIMA® and medical titanium alloy Toothed surface 0°/5° Lordosis The RABEA® disc replacement implant was developed for the specific requirements of anterior cervical ...