Clinical Expertise

Commitment to Early Health

We aim to help you improve patient care with technology that allows you to focus on early prevention rather than late diagnosis. Our goal is to help clinicians detect disease earlier, access additional information and intervene sooner. We call this model of care Early Health.

• RIC6-12-D probe — high resolution volume endovaginal probe helps you detect fine details early in the first trimester and in gynaecological exams.
• SonoNT* (Sonography-based Nuchal Translucency) and SonoIT* (Sonography-based Intracranial Translucency) – Voluson technologies that help provide semi-automatic, standardized measurements of the nuchal and intracranial translucency as early as 11 weeks. Both tools can integrate easily into your workflow. SonoNT helps reduce the inter-and-intra-observer variability that comes with manual measurements, and helps provide you with the reproducibility you demand.

Continuing to be a leader in fetal cardiac assessment technology

Voluson innovations have helped transform the structural and functional analysis of the fetal heart with a suite of advanced echo imaging technologies that include:

• Advanced STIC plus B-Flow offers angiographic-like display for visualization of the fetal cardiovascular system.
• Anatomical M-Mode — apply M-Mode to two separate areas of the fetal heart to help assess arrhythmias and cardiac measurements — either while scanning real-time or from a stored clip.
• SonoVCAD* heart (Sonography-based Volume Computer Aided Display heart) — assists in generating standard views of a fetal heart from a four-chamber view and complies with the recommended standard examination of the fetal heart.

• RIC5-9D probe — this transvaginal probe is equipped with wide sector technology (2D) and 120’ volume angle (3D/4D), enabling you to see additional anatomical information displayed in a single image or volume.
• Advanced Speckle Reduction Imaging (SRI) — this enhanced imaging algorithm helps heighten the visibility of subtle soft tissue differences such as endometrium or lesions with high-definition contrast resolution that suppresses speckle artifact while maintaining true tissue architecture.
• CrossXBeamCRI — helps enhance tissue and border differentiation with an innovative, real-time spatial compounding acquisition and processing technique.
• HD-Flow — uses a bi-directional Doppler feature to archive a sensitive vascular study and help reduce overwriting.
• Coded contrast Imaging — allows for the detection of a contrast agent inside tissue to help enhance visualization and increase diagnostic confidence. (not available in the United States)
• Elastography with Elastography Analysis – A highly sensitive tool for women’s healthcare to assist in early evaluation and classification of simple and complex masses. The tool offers ratio measurement capability allowing comparison of stiffness (strain) of two regions of interest. Elastography Analysis plots the velocity information of discrete points for graphical analysis of the lesion. It is available both on the linear and endocavity probes. (not available in all countries)

Fetal Cardiac Assessments

Continuing to be an innovator in fetal cardiac assessment technology

Voluson innovations have helped transform the structural and functional analysis of the fetal heart with a suite of advanced echo imaging technologies that include:

• Advanced STIC plus B-Flow offers angiographic-like display for visualization of the fetal cardiovascular system.
• Anatomical M-Mode — Apply M-Mode to two separate areas of the fetal heart to help assess arrhythmias and cardiac measurements — either while scanning real-time or from a stored clip.
• HD-Flow – uses a bi-directional Doppler feature to help achieve a more sensitive vascular study and reduce overwriting.

Specialized OB/GYN probes

With the addition of advanced probe and image enhancement tools, you can achieve greater visualization to support your decision-making.

• C1-5 abdominal probe for clear imaging of even your largest patients.
• Wide bandwidth, high-frequency 3D convex probe (RAB4-8) for consistent image quality from first to third trimester scanning.
• 3D wide field-of-view transvaginal probe (RIC5-9W) enabling you to see more anatomical information displayed in a single image.

Early first trimester evaluations

• RAB6-D ultra-light volume probe – this innovative volume probe is 40% lighter than the previous version. Its ergonomic design proved outstanding image quality in 2D and 3D/4D, features a thin flexible cable and sits comfortably in the operator’s hand.
• C4-8 D probe – high frequency and small physical footprint helps provide exceptional high resolution obstetrical images during each trimester.
• 9L-D linear probe – helps provide high-quality images in the first trimester.
• SonoNT* (Sonography-based Nuchal Translucency) and SonoIT* (Sonography-based Intracranial Translucency) – Voluson technologies that help provide semi-automatic, standardized measurements of the nuchal and intracranial translucency as early as 11 weeks. Both tools can integrate easily into your workflow. SonoNT helps reduce the inter-and-intra-observer variability that comes with manual measurements, and helps provide you with the reproducibility you demand.
• Advanced Volume Contrast Imaging (VCI) with OmniView – Diagnostic confidence in sonography requires the ability to differentiate irregular shapes with precision. This tool can help improve contrast resolution and visualization of the rendered anatomy with clarity in any image plane.

• SonoAVC* follicle is a specialized software program that is designed to calculate the number and volume of hypoechoic structures from a 3D ovarian volume. SonoAVC*follicle offers a reproducible and efficient way to monitor follicular development in patients undergoing ovarian hyperstimulation. SonoAVC*follicle helps standardize follicular measurements and decreases user-to-user variability. This semi-automated approach can reduce time for follicular assessment and reporting.
• Advanced VCI (Volume Contrast Imaging) with OmniView helps improve contrast resolution and visualization of the rendered anatomy with clarity in any plane, even when viewing irregular shaped endometrium structures.