FHC, INC. 66-IT(CV1) microTargeting™ Insertion Tube with Stylet

Intubating Stylet

Bard® Nasogastric Sump Tube with PreVent® Anti-Reflux Filter

Nitinol Hydrophilic Guide Wire 0.035", 150cm, Straight, 3cm tip, flexible one end, regular stiffness

Simplex® HV with Gentamicin is a fast-setting acrylic resin with addition of gentamicin sulfate for use in bone surgery. Mixing the two separate sterile components produces a ductile bone cement which, after hardening, fixes the implant and transfers stresses produced during movement evenly to the bone. Simplex® HV with Gentamicinn cement powder also contains insoluble zirconium dioxide as an X-ray contrast medium. Simplex® HV with Gentamicin does not emit a signal and does not pose a safety risk in a magnetic resonance environment.

microTargeting Single Electrode Insertion Tube Set, Sterile, 10mm above target, for use with Stereotactic Frame. Contains: IT(BP3): Insertion Tube - 209mm tube length, 1.83mm od, 1.6mm idPT(BP3): Protective Tube - 1.0mm id

Dura-Cuf Inflation System - 2-Tube Blood Pressure Inflation System with Luer Slip, Infant

microTargeting D.ZAP(L) Differential Electrode 5x, Sterile, Single, T=30 for use with Frame and STar or MT Drive

GlideRite® Rigid Stylet

microTargeting Electrode Cable, Sterile, for use with microTargeting Electrodes

Cartridge with Breakaway Femoral Nozzle

Intubating Stylet

Bard® Nasogastric Sump Tube with PreVent® Anti-Reflux Filter

Nitinol Hydrophilic Guide Wire 0.035", 150cm, Straight, 3cm tip, flexible one end, regular stiffness

Simplex® HV with Gentamicin is a fast-setting acrylic resin with addition of gentamicin sulfate for use in bone surgery. Mixing the two separate sterile components produces a ductile bone cement which, after hardening, fixes the implant and transfers stresses produced during movement evenly to the bone. Simplex® HV with Gentamicinn cement powder also contains insoluble zirconium dioxide as an X-ray contrast medium. Simplex® HV with Gentamicin does not emit a signal and does not pose a safety risk in a magnetic resonance environment.