Gain Twice the Insights into Coronary Artery Disease with Dualpro IVUS

Register for the CME-accredited virtual webinar “New Avenues for the Detection and Treatment of Vulnerable Plaque,” hosted by Mount Sinai Heart, to learn new and emerging approaches in the detection, management and treatment of vulnerable plaque.

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Reach for the Dualpro™ IVUS+NIRS catheter.

Anything else and you are leaving valuable data on the table.

The Dualpro™ IVUS+NIRS Catheter offers clarity, depth and certainty. With standard IVUS, practitioners currently make trade-offs between image clarity and signal penetration. These compromises can make a difference when trying to accurately assess a vessel and interpret the image for optimal treatment. The Dualpro operates at a frequency bandwidth of 35-65 MHz, offering a single, uncompromised image.

The Extended Bandwidth technology harmonizes multiple signal frequencies. The result is a sharp image of the complete vessel that allows for easy identification of the lumen, plaque and vessel structure. The composite display provides a clear, easy-to-interpret map for identifying high-risk patients with high-risk plaques.

Catalog number	Diameter of catheter			IVUS Frequency	Effective Length	Optimal guiding catheter minimum lumen diameter	Optimal guide wire size
Catalog number	Entry Profile	Crossing Profile	Proximal Shaft	IVUS Frequency	Effective Length	Optimal guiding catheter minimum lumen diameter	Optimal guide wire size
TVC-C195-42	2.4 F (0.80mm)	3.2 F (1.09mm)	3.6 F (1.20mm)	35-65 MHz	160cm	(0.067in) 1.70mm	(0.014 in) 0.36mm

See a Crisper Image of Vessel Structure

with the Dualpro IVUS

Dualpro™ is the only intravascular imaging catheter on the market today utilizing extended bandwidth IVUS technology. By emitting and carefully processing a broad band of frequencies, the Dualpro IVUS brings you best-in-class image resolution without compromising depth of field.

With a crisper IVUS image of the vessel structure you can more easily identify the degree of stenosis, visualize and quantify plaque burden, determine the landing zone for a stent and assure proper stent deployment.