Employing an innovative crystal design, The S-Vue transducer
provides more efficient piezoelectric properties, resulting in wider
bandwidths for increased depth penetration and higher quality
resolution on even the most challenging patient.
S-Vision imaging engine
With the S-Vision imaging engine, the digital signals demonstrates
clear, detailed resolution and tissue uniformity.
This new harmonic technology makes a clearer image - near to far.
Reducing signal noise, S-Harmonic provides more uniform ultrasound
HQ Vision represents new, advanced technology for visualizing
anatomical structures. With an improved image clarity both in the
near and far field, it provides excellent image quality and helps to
make a reliable diagnosis quickly.
Needle Mate™ ensures precise needle targeting when performing
operations such as a nerve block. Beam steering improves the accuracy
and efficiency of diagnosis.
CEUS+ technology uses the unique properties of ultrasound contrast agents. When stimulated with low MI frequencies, the oscillating microbubblesreflect
both basic frequencies and harmonic signals.
VesselMax (Improved vessel visualization)
FlowMax (Improved blood flow visualization)
S-Fusion enables simultaneous localization of a lesion with a real-time ultrasound in conjunction with other 3D volumetric imaging modalities.
Unlike the conventional image fusion technology, Samsung offers a quicker and more precise registration process.
When doctors register CT and ultrasound scan images, there is always registration differences
between them due to the respiration difference (inhale, exhale). Samsung's Respiration Auto
feature minimizes registration differences between the inhaled CT and exhaled
ultrasound scan images by generating compensated exhaled CT image. This state-of-the
art technology makes the registration faster, ensuring smoother and more reliable scanning
S-Tracking increases the rate of accuracy during interventional procedures by providing
the simulated path of the needle and the target mark in the live ultrasound image.
Arterial Analysis (Advanced detection of functional changes of vessels)
Arterial Analysis detects functional changes of vessels, providing measurement values such as the stiffness and intra-media thickness. Since the
functional changes occur before morphological changes, this technology supports the early detection of cardiovascular diseases.
S-3D Arterial Analysis (Innovative volume measurement of artery plaque)
Based on the available 3D data, S-3D Arterial Analysis helps measure artery plaque volume for quantitative analysis purposes, as well as track morphological
changes. This technology enables the early detection of cardiovascular diseases.
S-Detect™ for Breast
S-Detect™ employs BI-RADS® scores for standardized analysis and classification of suspicious lesions.
It provides the characteristics of displayed lesion and recommendation on whether the lesion is malignant by adopting advanced detection algorithm.
With 3 modes included in S-Detect™, users can set the level of sensitivity and specificity for a specific purpose. Such technology assists in a more accurate diagnosis, while reducing the time users spend in repetitive tasks.
* 3 modes : High sensitivity / High accuracy / High specificity
S-Detect™ for Thyroid
S-Detect™ for Thyroid uses the advanced technology in detecting and
classifying suspicious thyroid lesions semi-automatically based on Thyroid
Image Reporting and Data System (TI-RADS) scores. This state-of-the-art
technology helps you diagnose your patients with confidence and ease,
providing accurate, consistent results and an automatic reporting feature.
E-Strain is designed to enable quick and easy calculation of the strain ratio between two regions of
interest for day-to-day practice. Simply by setting the two targets, you can receive accurate, consistent
results and make informed decisions in many types of diagnostic procedures such as breast, prostate
or gynecological examinations.
Unlike conventional ultrasound elastography, E-Breast™requires to select only one ROI to calculate
the strain ratio.
E-Thyroid™ uses pulsations from the adjacent Carotid Artery and provides an assessment of thyroid
EZ-Exam+™ transforms multiple ultrasound investigation steps into a streamlined process. It
enables users to build a fast and convenient diagnostic environment by storing optimized,
preferred protocols with the EZ-Exam+™ function control.
Quick Preset shows the four connected transducers and, for each of them, the most
frequently used image settings. With one touch, the desired transducer and preset will
Advanced QuickScan technology provides intuitive optimization of gray scale and Doppler parameters. One touch of the QuickScan button
elevates efficiency and workflow by adjusting functions including color gain and color box location.