Titanium interbody fusion cages

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 ...

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 ...

... 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 ...

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 ...

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 ...

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

... 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 ...

UNIFLEX Cervical Cage, serrated, titanium, sterile

... 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 ...

... Blackhawk® Ti Standalone Cervical Spacer System is a cervical spacer that has integrated anchors for anterior cervical spinal fusion. The single-step anchor deployment is designed to reduce surgical steps in the operating ...

Offering 8 & 10 lordotic angles once expanded 2.0-2.5mm lifted up in front once expanded 9 - 15mm in Height 24 - 27mm in Length Grooved surface Simplified instrumentation to restore disc height and lordosis

Suitable for Anatomical Structure Titanium and Tantalum Indicators for Radiological Imaging Maximized Grafting Area Thread Structure Providing High Adhesion Controlled In-situ Expansion Easy Application

... shape The anatomical shape of the cage conforms to the patient’s cervical vertebrae for enhanced stability. ZERO PROFILE Zero anterior profile to avoid any interference with the direct environment. SECURED CAGE Two ...