Ultrasound System

https://korean-electronics.com//inquiryRS80A with Prestige V3.0

[INQ. NO. 1704E23] Samsung Medison, an affiliate of Samsung Electronics, is a global medical equipment company founded in 1985. With a mission to bring health and well-being to people’s lives, the company manufactures diagnostic ultrasound systems around the world across various medical fields.
Samsung Medison has commercialized Live 3D technology in 2001 and since becoming part of Samsung Electronics in 2011, it is integrating IT, image processing, semiconductor and communication technologies into ultrasound devices for efficient and confident diagnosis.

The superior image quality of RS80A with Prestige is built upon the successes of Samsung technologies. The S-Vision architecture together with features such as S-Harmonic and HQ Vision delivers diagnostic confidence when diagnosing challenging patients.

S-Vue transducer (Single-crystal technology)

RS80A with Prestige incorporates the next-generation single-crystal technology. S-Vue transducers provide more efficient piezoelectric properties, resulting in wider bandwidths that enable better penetration and higher quality resolution on even the most challenging of patients.

S-Vision beamformer

The S-Vision beamformer demonstrates a clearer image that receives returning signals through a sophisticated digital filtering system resulting in reduced side lobes, less noise and artifact. It enhances the image quality with better clarity and consistent results.

S-Vision imaging engine

With the S-Vision imaging engine built into RS80A with Prestige, the digital signals produce clear, detailed resolution and tissue uniformity for various types of applications in general imaging.


This new harmonic technology provides greater image uniformity from near to far fields, while reducing signal noise. Combined with S-Vue transducers and S-Vision imaging engine, S-Harmonic improves the image quality of RS80A with Prestige.


HQ Vision

HQ Vision is new, advanced technology for visualizing anatomical structures. With improved image clarity, this feature helps medical staffs make a reliable diagnosis quickly.


With advanced technologies like CEUS+ and S-Shearwave, the number of biopsies can be reduced, lesions become visible and examinations are easier to perform.



CEUS+ technology uses the unique properties of ultrasound contrast agents. When stimulated with low acoustic pressure, the oscillating microbubbles reflect both fundamental and harmonic frequency signals. In addition, Samsung’s latest technologies, VesselMax and FlowMax, provide a clear visualization of vessels and blood flow for a more informed and confident diagnosis.


S-Shearwave detects the speed of the shearwave propagated through the targeted lesion and displays the numerical measurement of stiffness in kPa or m/s together with a Reliable Measurement Index (RMI)*. A graphic profile provides an intuitive Variation Range (VR) to depict uniformity of tissue stiffness within the Region of Interest (ROI).
S-Shearwave is non-invasive, helping medical specialists to measure liver stiffness easily.

Samsung continues pushing the boundaries of ultrasound technology with leading technologies including S-Fusion and S-Tracking for increased accuracy when performing interventional procedures.


S-Tracking increases accuracy during interventional procedures by providing a simulated needle path and target mark within the live ultrasound image. Clear Track, one of two functions provided by S-Tracking, ensures accuracy by using a specialized needle with a sensor tip. S-Tracking also includes Virtual Track utilizing conventional needles to provide both accuracy and economic benefit.



NeedleMate™ ensures precise needle targeting when performing commonly used interventional procedures. Beam Steer: Identifying the location of needles (needle guidance & needle tips), Beam Steer provides a high level of efficiency and safety in needle placement.



S-Fusion enables simultaneous localization of a lesion using real-time ultrasound in conjunction with other 3D volumetric imaging modalities. Where the image fusion method faces challenges such as relatively slow and inaccurate registration, Samsung offers a quicker and more precise registration process. S-Fusion allows precise targeting during interventional procedures. With S-Fusion, your system is ready for many advanced clinical procedures.

Respiration Auto

When performing fusion imaging of real-time US and previously recorded CT images, the difference of respiratory phase can cause registration gaps between the images. Samsung’s Respiration Auto feature minimizes these registration differences by generating a CT image of exhalation based on the acquired image of inhalation. This respiration compensation technology makes the registration faster, helping eliminate fusion inaccuracy.


The comprehensive suite of tools enables advanced cardiovascular diagnosis.


Arterial Analysis (Advanced detection of functional changes of vessels)

Arterial Analysis detects functional changes of vessels, providing measurement values such as the stiffness, intima-media thickness and pulse wave velocity of the common carotid artery (CCA). Since the functional changes occur before morphological changes, this technology supports the early detection of cardiovascular disease.

S-3D Arterial Analysis (Innovative volume measurement of arterial plaque)

S-3D Arterial Analysis simplifies volume measurement of arterial plaque, providing 3D vessel modeling.
With Samsung’s S-3D Arterial Analysis, obtaining information on the arterial plaque volume is surprisingly fast and easy even on difficult patients. In addition, it allows medical specialists to track the morphological changes of the artery.

Auto IMT+™

Auto IMT+™ is a screening tool to analyze a patient’s potential risk of cardiovascular disease. It allows easy intima-media thickness measurement of both the anterior and posterior wall of the common carotid by the click of a button. This simple procedure enhances exam productivity and adds diagnostic value.



Strain+ quantitatively displays a Bull’s Eye which shows left ventricular motion and dyssynchrony at a glance.


Stress Echo

The Stress Echo package includes wall motion scoring and reporting. It includes exercise Stress Echo, pharmacologic Stress Echo, diastolic Stress Echo and free programmable Stress Echo.


For a better ultrasound assessment Samsung offers a wide range of useful imaging and quantitative tools.



S-Detect™ for Breast

S-Detect™ for Breast employs *BI-RADS® scores for standardized analysis and classification of suspicious lesions. It provides the characteristics of the displayed lesion and a recommendation on whether the lesion is benign or malignant by adopting advanced detection algorithm. With * three selectable sensitivity modes, S-Detect™ for Breast can help users perform a breast biopsy with confidence. Such technology assists in a more accurate diagnosis, while reducing the time users spend on repetitive tasks.


S-Detect™ for Thyroid

S-Detect™ for Thyroid uses advanced technology based on *K-TIRADS, RUSS and ATA guideline in detecting and classifying suspicious thyroid lesions semiautomatically. This state-ofthe- art technology helps medical specialists 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.



E-Breast™ is a technology that calculates the strain ratio between the selected target and surrounding fatty tissues. Unlike conventional ultrasound elastography, E-Breast™ requires only one ROI to be selected by the user. This simplified process enhances consistency and reduces the chance of error by eliminating the step of manual selection of the surrounding fatty tissue region.



E-Thyroid™ provides an assessment of thyroid lesions by incorporating an index for suspicious areas. E-Thyroid™ images are generated using pulsations from the adjacent Carotid Artery, eliminating the need for manual transducer compression and offering greater consistency.



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