The combination of our image processing, probe technology and superior image optimisations permit to capture the subtlest of signals. You get crystal-clear, sharp B-mode images in high resolution. So you can be confident in assessing fetal well-being, and explaining the exam to the new parents.

Now you can see vessels you’ve never been able to spot before with our high resolution eFLOW and new DFI imaging. They drastically improve visualisation of very slow vessels, as well as highly dynamic blood flows. Conventional colour modes are prone to motion artefacts, resulting in noisy images. DFI removes these artefacts from the actual blood flow – delivering highly detailed, clear and accurate information on blood perfusion.

Take your flow imaging to the next level with our Glossy mode. It adds a reflection effect to blood flow, creating a 3D-like image with vivid highlights. This improves visibility and simplifies your understanding of the structural anatomy, the flow patterns and the positional relationship of vessels.

Your data is just one click away with our AI-based automatic measurements for fetal biometry and the estimated fetal weight. What’s more you can calculate the nuchal translucency, fetal heart rate and fractional shortening - all automatically.  So when it comes to speeding up your exams, increasing accuracy and reducing your own stress… just let the system take the strain.

RVS allows the real-time combination of existing MRI data with ultrasound B-mode, Doppler and elastography images. You benefit from the diagnostic power of both modalities simultaneously – for example, in fusion studies for complete or partial agenesis of the corpus callosum, posterior fossa anomalies or placenta accreta. By complementing your earlier MRI findings with ultrasound, we’ll help you verify doubtful anatomical structures.

A thorough outer assessment of the fetal face and body is vital for detecting anomalies like cleft lips, skull deformation, club feet or polydactyily. Adding 3D depth with shadows, highlights and liquid effects can improve the visibility of even the smallest anomalies - which might be difficult to assess in 2D only. You can adapt light sources and effects to study areas from different perspectives.

You can now evaluate vascular information with Colour Doppler, Power Doppler or eFLOW in a 3D/4D display for greater detail – boosting your understanding of the structural anatomy and positional relationship of the great vessels in fetal heart, small brain vessels or the umbilical cord. Observe also the adnexa or pulmonary vein clearly, and rest assured to see what you need to see.

Apply translucence on your ultrasound image to see into the developing internal anatomy. You can observe organ boundaries, vessel walls, brain cavities or gastrointestinal anatomy early in the pregnancy. Even liquid structures or early brain anatomy of an embryo can be made visible – for an accurate assessment of fetal well-being from the very beginning.

Get advanced quantitative measurements of the cardiac wall movement with our 2DTT speckle tracking technology. You can assess various parameters for strain, volume and thickness, including: global longitudinal strain (GLS) and strain rate; cardiac size and shape; myocardial contractility; torsion or displacement; and wall thickening.

Ease the challenge of fetal heart scanning by studying the data offline – in any arbitrary section, and in multiple slices of the images obtained with STIC. By using 3D and 3D colour to evaluate the position of the arteries, aortic arch, or pattern of the aorta, you’re less likely to miss any defects. And if you do detect an abnormality, you can study its structure in detail using the same data.

Assess the E/e’ index to see if fetal myocardial functionality matures as expected; and compare flows in real time to diagnose fetal arrhythmia. Our Dual Gate Doppler measures in two different locations during the same heartbeat - and can display two vessels in the same image. It’s easy to operate and delivers reliable results.

Employ Doppler measurements to cardiac muscle walls instead of blood flow with TDI. You can get a deeper insight into the cardiac cycle with comprehensive information like velocity, displacement or deformation; and you can analyse the data - under the aspect of synchronicity for example - also at an offline workstation.