Electroanatomical Navigation System Ideas making a difference Reproducible catheter navigation—for one and for all.

Delivering the vision of remote maneuvering technology. At Biosense Webster, our innovation is focused on making real differences. Case in point: the new Carto™ RMT Electroanatomical Navigation System. By integrating the accuracy and precision of our industry-standard 3-D mapping and navigation systems with the Niobe® magnetic steering technology, we’re bringing the full potential of remote navigation to electrophysiologists. Automated navigation, for enhanced reproducibility. By automating catheter direction and movement with remote point-and-click tools, the Carto™ RMT System and Niobe® integrated...

The Carto™ RMT System difference > nly technology fully integrated with the Niobe® System. O > -D imaging integrated with remote steering enhances reproducibility. 3 > ermits single operator for mapping and catheter maneuvering from the Carto™ RMT System. P > acilitates easy access to difficult locations. F > emote control can help make procedures more efficient with less fluoroscopy exposure. R > etailed electroanatomical images facilitate accurate mapping and targeting. D > amiliar Carto™ XP System format, including new impedance mapping and area calculation measurements. F > ompatible with...

Carto™ RMT Electroanatomical Navigation System Specifications (software version 8.0) Standard Configuration Carto™ RMT Unit PIU Location Pad 9.4”H x 14.6”W x 10.6”D 8.3”H x 13.3”W x 5.1”D 6.7”H x 23.6”W x 24.8”D (23.8H x 37W x 27D cm) (21H x 33.5W x 13D cm) (17H x 60W x 63D cm) Electrical Carto™ RMT Unit 110 – 120V AC, 60 Hz, 1.3A 110 – 120V AC, 60 Hz, 3.0A Workstation AutoDetect 100–240V, 50/60Hz Monitors 220 – 230V AC, 50 Hz, 0.63A 220 – 230V AC, 50 Hz, 1.5A AutoDetect 100–240V, 50/60Hz Environmental Conditions Operating Temperature Relative Humidity Altitude 50º – 104º F 30% – 75% (operating)...