Increase insight into the heart during transseptal punctures. The ACUSON AcuNav™ Ultrasound Catheter provides high resolution 2D grayscale and Doppler models that help better understand structural orientation, visualize cardiac chamber borders and verify tissue contact.

The CardiaGuide™ Fixed Sheath gives you confidence during transseptal access by providing a smooth crossing profile.

CARTO^® 3 System Version 7 and the CARTO PRIME^® Module offers advancement in 3D mapping technology. From signals to diagnosis, across a wide range of electrophysiology procedures, we are re-framing the future of electrophysiology.

Add an additional dimension of certainty with the knowledge that comes from seeing all ablation parameters displayed in real time on a single screen. CARTO SMARTTOUCH™ Software Module allows active measurement of stable contact force and catheter tip direction. Integration with the CARTO^® 3 System incorporates CARTO VISITAG™ Module technology to display key ablation variables related to lesion formation.¹

The CARTO VISITAG™ Module provides the ability to continuously store, track and quantify ablation catheter positions along with the electrophysiological parameters acquired during RF applications, according to user preferences. All CARTO^®3 System hardware includes CARTO SMARTTOUCH™ Module and CARTO VISITAG™ Module CARTO VISITAG™ Module is included in the CARTO SMARTTOUCH™ Software Module

The CARTO VIZIGO^® Bi-Directional Guiding Sheath puts electrophysiologists in command for the ultimate CARTO^® 3 System experience. Confidence in procedures with sheath visualization, efficiencies and optimized performance. The VIZIGO^® Sheath allows for sheath visualization on the CARTO^® 3 System map during a procedure without depending solely on fluoroscopy. It also provides electrophysiologists the critical sheath information to enhance efficiency during navigation and positioning of the ablation catheter. Finally, it's designed for performance with a smooth tip to dilator transition and optimized deflection mechanism.

CARTONET™ is a cloud-based smart storage solution that gives electrophysiologists and electrophysiology lab administrators the ability to review, analyze and share their CARTO^® 3 System cases and case data with the goal of helping to improve procedure efficiency, lab efficiency and patient outcomes. CARTONET™ leverages the teamplay Cloud Platform of Siemens Healthineers which meets industry best practices of security and privacy and supports compliance with HIPAA and GDPR.

The CARTOREPLAY^® Module provides the missing link between ECG signals and catheter locations. With the CARTOREPLAY^® Module, it is now possible to review signals captured at any point in a case, and to add that data to the desired location in your map.

The CARTOSEG™ CT Module automates the CT segmentation process, providing detailed anatomic 3D image integration in the CARTO^® 3 System while highlighting discrete anatomic structures. This module semi-automatically segments all four chambers, aorta, coronary sinus, coronary arteries and esophagus.

Deliver an extra measure of certainty in complex procedures, including the treatment of atrial fibrillation and ventricular tachycardia. The CARTOSOUND^® Module with SOUNDSTAR^® Ultrasound Catheter is the ideal addition to your ablation workflow. This 3D ultrasound technology gives you all the benefits of traditional intracardiac echo while enabling full integration of the CARTO^®3 System.

CARTOUNIVU^® Module seamlessly combines a fluoro image and CARTO^® 3 System maps into a single view. It helps reduce fluoroscopy levels to as low as reasonably achievable and helps reduce exposure for physicians, staff, and patients. Now you can navigate confidently from an integrated view, with just one X-ray image or cine sequence needed for continuous anatomical orientation.

3-D mapping system with the integration, scalability and insights to help electrophysiologists make optimal treatment decisions. Designed with every phase of the procedure in mind.

CARTO^® 3 System Version 6 with HD Coloring provides a high quality display of electroanatomical maps to help you understand activation and propagation.^+,1

CELSIUS^® Catheter is a multi-electrode device, which provides electrophysiological mapping of the heart and transmits radio frequency (RF) current to the catheter tip electrode for ablation purposes. Both braided and standard non-braided tip models are available.

The CONFIDENSE^® Module offers CARTO^®3 System users a complete and streamlined high-density mapping solution. The CONFIDENSE^® Module introduces a new degree of control over point acquisition and insight into your mapping procedures. This high-performance mapping module is fully integrated into the CARTO^®3 System.

Pattern Matching is a continuous mapping filter that enables CARTO^® 3 System users to selectively acquire beats that represent a particular ventricular rhythm when using the CONFIDENSE^® Module. When combined with the PENTARAY^® Catheter, the CONFIDENSE^® Module with Pattern Matching allows users to efficiently map and determine the mechanism of complex ventricular arrhythmias.ⁱ

Ripple Mapping seamlessly integrates with the CONFIDENSE^® Module capabilities and voltage mapping to provide a dynamic display of bipolar electrogram data in an electroanatomical map. Unique visual representation of bipolar voltage assists in identification of multicomponent signals and associated activation patterns.

CRISTACATH^® Catheters have been designed for electrophysiological mapping of cardiac structures. The catheters have a high-torque shaft with a tip section containing ten pairs of platinum electrodes. The Deflectable Tip CRISTACATH^® Catheters facilitate simultaneous local electrograms due to the greater number of electrodes and their deflection capabilities.

The DECANAV^® Mapping Catheter is a high-performance diagnostic catheter designed for multi-electrode mapping of the intricate left ventricle and the right atrium. Its familiar shape is slim-fitting and handles easily, so you can FAM and MEM* with confidence.  

The HALO^® XP Catheter has been designed for electrophysiological mapping of the heart, in particular, the tricuspid annulus. The catheters have a high torque shaft with a halo-shaped tip section containing ten pairs of platinum electrodes.