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Radiantflow


Detailed 3D-like vascular imaging

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Achieve a new standard of Color Doppler: Radiantflow delivers easy, fast visualization of blood flow using the amplitude of the Color Doppler signal to enhance the robustness and create a 3D-like appearance.
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Traditional flow images use color to represent components such as velocity, power or variance (turbulence). Radiantflow utilizes the power component as elevation data to represent flow as a color textured surface.

Voluson Ultrasound Imaging
01 / 07

Voluson Ultrasound Imaging

The advent of color Doppler was a breakthrough for medical ultrasound. With this technology, clinicians were able to observe blood flow within internal structures including the heart.
Voluson Ultrasound Imaging
02 / 07

Voluson Ultrasound Imaging

Radiant<i>flow</i>™ transforms color Doppler to deliver easy, fast visualization of even the tiniest of vessels as seen here in this comparison of the fetal heart and pulmonary vessels.
Voluson Ultrasound Imaging
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Voluson Ultrasound Imaging

The level of enhancement may be adjusted as seen is this fetal heart comparison.
Voluson Ultrasound Imaging
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Voluson Ultrasound Imaging

Radiant<i>flow</i> is a 2D imaging technique which provides a 3D-like appearance to color Doppler. In this image, the circulatory system of an 18 week fetus is demonstrated.
Voluson Ultrasound Imaging
05 / 07

Voluson Ultrasound Imaging

Due to the excellent sensitivity, Radiant<i>flow</i> helps visualize vascularization in a uterine polyp. Tiny vessels are easy to identify as they appear to pop off the screen.
Voluson Ultrasound Imaging
06 / 07

Voluson Ultrasound Imaging

A ventricular septal defect (VSD) clearly seen using Radiant<i>flow</i> in this 23 week fetal heart.
Voluson Ultrasound Imaging
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Voluson Ultrasound Imaging

Radiant<i>flow</i> may be combined with other imaging modes as seen in this example of electronic 4D Bi-plane imaging of the fetal heart.
Download more information on superb vascular imaging with Radiantflow
Download more information on superb vascular imaging with Radiantflow
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