SAMSUNG RS80EVO
NEW ULTRASOUND MACHINE IN DEPARTMENT - SAMSUNG RS80 EVO
SAMSUNG RS80Evo PREMIUM RADIOLOGY ULTRASOUND SYSTEM ARCHITECTURE:
23” HD LED Monitor with resolution of 1920x1080x24 bits
13.3” LCD (LED backlight unit) Tilting Touch Screen
6 Probe ports (including pencil Probe port)
6 Probe holders
Gel warmer
Digital TGC controls on touch screen
DDR3 SD RAM 16 GB
HDD : Integrated SSD (512 GB)
6 way moving and motorized console movement.
SAMSUNG RS 80Evo APPLICATION INCLUDES;
Abdomen
Obstetrics
Gynecology
Urology
Vascular
Small Parts
Pediatric
Musculoskeletal
Contrast
Cardiac
TCD
Samsung RS80Evo Premium Radiology Ultrasound System uses newly developed S-Vision architecture, S-Vue transducer resulting in superb Image Quality for accurate diagnosis;
S-Vision Beamformer
The S-Vision Beamformer is the 1st step in acquiring high-resolution images for accurate diagnosis. The most ideal signal is transmitted with less side lobes, resulting in reduced noise and less artifact while, at the same time providing remarkable image quality.
S-Vision Imaging Engine
With the advanced technology built on the RS80Evo system, the digital signals received from the Beamformer demonstrates clear, detailed resolution and tissue uniformity for all types of applications in general imaging.
S-Vue Transducer
The extremely responsive S-Vue transducer provides broader bandwidth and higher sensitivity. In combination with S-Vision Beamformer technology and the S-Vue transducer, hard to visualize pathology
is more easily demonstrated. The technically challenging patient is easily scanned delivering superb resolution at depth. In addition, the small ergonomically designed light-weight transducer enables users to suffer less fatigue.
RS80Evo increases confidence with accurate results using advanced technologies developed by Samsung, while simultaneously enhancing user convenience and providing an efficient work environment.
PRECISE GUIDANCE ASSISTS IN ACCURATE NEEDLE PLACEMENT
Advanced QuickScan™
Advanced QuickScanTM technology maximizes workflow and efficiency, therefore enables users to remain focused on the patient. With a simple touch of a button important imaging parameters are automatically adjusted, such as color gain, location of the color box and angle correct. This feature improves workflow and increases efficiency.
Low-MI (Contrast-Enhanced Ultrasound) ((Option)
Low-MI is a technology that uses contrast agents when performing ultrasound scans. This technology processes reflected signals from contrast agents, which are stimulated by particular ultrasound pulses, and produces a unique sonogram with increased contrast. Exams are easier to perform by providing dual-live views.
Realistic Vue™ (Option)
Realistic Vue™ is a 3D/4D technology that displays detailed volume rendering, which enables users to easily identify subtle anatomical features. Anatomies look realistic when viewed in color with shading that provides additional depth perception, helping users better define the complex structures of anatomies which is almost impossible in 2D.
E-Breast™ (Option)
Using a streamlined work process, E-BreastTM technology calculates the strain ratio for the lesion. This simplified process of just selecting on 1 ROI enhances usability and improves examination efficiency.
E-Thyroid™ (Option)
The E-Thyroid technology provides a more objective diagnosis by using an elastography index to determine the strain ratio of nodules. ElastoScanTM images are acquired by using the pulsation of carotid artery.
2D-Shearwave Imaging Elastoscan (Option)
S-Shearwave Imaging™ allows for non-invasive assessment of the stiffness of tissue/lesions in the breast and liver, by providing an advanced level of diagnostic information. The color-coded elastogram, quantitative measurements (in kPa or m/s), dual or single display option, and user-selectable ROI (position and size) functions are especially useful for the accurate diagnosis of breast and liver diseases.
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