GE CVUS Pediatric Expertise


Designed with busy practices in mind, GE’s pediatric solutions help you deliver efficient, high-quality care, and confidentially diagnose, a wide variety of clinical conditions in the smallest anatomies. The user-friendly, ergonomic design and quiet system touch panel keeps the patient calm and enhances the practitioner experience, saving time and stress for everyone.

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Exceptional 2D image quality


Vivid systems provide you great 2D and color flow imaging across applications. Accurate diagnostics and precise measurements are achievable with great image quality, dedicated presets and tools on your Vivid system.

6Vc-D pediatric 4D probe


Introducing the new 4D TTE pediatric probe. 6Vc-D is a lightweight single probe solution that provides excellent 2D and 4D imaging of the smallest anatomic structures.

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Efficient workflow powered by AI


AI helps reduce tedious tasks and inter-observer variability.

Vivid systems introduce the latest AI-based technology to help reduce user fatigue and improve workflow efficiency. Diagnose more confidently and accelerate exams via automated (AI-driven) Cardiac Auto-Doppler.

Advanced Quantitative Analysis

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AFI LA

Parametric tool giving quantitative data from GE raw data images for left atrial longitudinal global strain as well as LA volumes and Emptying Fraction derived from the apical 4-chamber and 2-chamber views (TTE)

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AFI LV

AFI LV provides semi-automated quantification of left ventricular global and segmental strain. Provides time savings via automatic selection of the appropriate 4-chamber, 2-chamber and APLAX images for analysis

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AFI RV

AFI RV is an automated parametric tool giving quantitative data for right ventricular longitudinal Global Strain, Free Wall Strain and Segmental Strain derived from raw data images of the apical 4-chamber RV focused view (TTE)

Dedicated tools to clearly visualize the smallest anatomies



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BSI 2.0 (Blood Speckle Imaging)

Left ventricle vortex formation and size can be analyzed with BSI and has the potential to complement existing parameters of cardiac health.

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FlexiLight

Rendering technique for photo-realistic light-source based illumination of heart structures.

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HD Color

4D Color flow rendering technique for semi-transparent visualization of origin and size of high velocity jets.

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