Clinical Images
Advanced procedures require advanced imaging. See what is possible with AcuNav Lumos.

2D LV with ablation catheter
Left ventricle with ablation catheter visualization

LAA Orifice
MPR view of LAA orifice
LAA Ostium 3D Calipers
WatchmanTM* device with 3D Calipers
*Watchman is a registered Trademark of Boston Scientific
WatchmanTM* MPR sweep
MPR sweep of WatchmanTM* device
*Watchman is a registered Trademark of Boston Scientific
Home view
Tricuspid valve home view
MPR Biplane of Tricuspid regurgitation

Septal tenting
Tenting of the interatrial septum
Boston Scientific Farapulse™* PFA Catheter
PFA catheter in the pulmonary vein
*Farapulse is a registered trademark of Boston Scientific
Ablation catheter in RA
Ablation catheter in the right atrium

2D LV with ablation catheter
Left ventricle with ablation catheter visualization

LAA Orifice
MPR view of LAA orifice
LAA Ostium 3D Calipers
WatchmanTM* device with 3D Calipers
*Watchman is a registered Trademark of Boston Scientific
WatchmanTM* MPR sweep
MPR sweep of WatchmanTM* device
*Watchman is a registered Trademark of Boston Scientific
Home view
Tricuspid valve home view
MPR Biplane of Tricuspid regurgitation

Septal tenting
Tenting of the interatrial septum
Boston Scientific Farapulse™* PFA Catheter
PFA catheter in the pulmonary vein
*Farapulse is a registered trademark of Boston Scientific
Ablation catheter in RA
Ablation catheter in the right atrium

2D LV with ablation catheter
Left ventricle with ablation catheter visualization



Customer Voices
See what leading physicians have to say about AcuNav Lumos.
"The biplane MPR imaging on the AcuNav Lumos catheter is a very valuable tool. You can understand whether your appendage is a round structure, an oval structure, or a tear-drop structure and that helps you choose the right device and implant it in an optimal position without risk for peri device leak or device-related thrombus, allowing for successful outcomes."

“With the latest iteration of 4D ICE, the Lumos catheter, you get really good imaging quality and at a high temporal resolution. This will make procedures employing ICE likely more precise and also more predictable.”



