Samsung W10

The new device is the result of hard work to find effective solutions for ultrasound diagnostics in obstetrics and gynecology.It is designed to provide a high level of medical care for women of all ages. The Crystal Architecture ™ visualization architecture, combining CrystalBeam™ and CrystalLive™, based on S-Vue Transducer™ technology, is designed to provide crystal-clear diagnostic images. CrystalBeam™ is a new beamforming technology that provides high resolution and enhanced uniformity. CrystalLive™ is Samsung’s state-of-the-art ultrasound imaging module with advanced 2D image processing, 3D reconstruction, and color signal processing, delivering outstanding image quality and an efficient workflow in complex cases.

 

Basic equipment: 21.5 ” wide-format LED Full HD monitor; built-in 1 TB solid-state SSD drive; 4 active ports for connecting sensors; built-in modules: color, energy, high-sensitivity directional energy (S-Flow) and pulse-wave doppler, tissue doppler (color and spectral); color and anatomical M-mode; cardiological calculation module; tissue harmonics, harmonics with phase inversion S-Harmonic; trapezoidal scanning; support for single-crystal (including volumetric) sensors; SonoView archiving program; interactive image correction technology using ClearVision magnetic resonance imaging software; Multivision spatial compounding; Biometry Assist program for automatic measurement of basic fetometric parameters; module for automatic measurement of fetal TVP 2D NT; program for volumetric visualization of blood flow in Doppler visualization modes LumiFlow; program for improved visualization of tissues in areas shaded by chest ribs Shadow HDR, DICOM module; touch-sensitive 13.3″ control panel; gel holder with heating function; built-in backlit keyboard with trackball; user manual in Russian.

 

Options for the W10-RUS scanner: Smart 4D+, MPI+ (RV MPI +LV MPI), MV-Flow™, QuickPrep™, MobileSleep, 5D CNS+™, 5D Follicle™, 5D Heart Color™, 5D LB™, 5D Limb Vol™, 5D NT™, AutoIMT+, CrystalVue™, CrystalVue Flow™, Continuous Wave Doppler, ElastoScan+, E-Breast™, E-Cervix™, E-Thyroid™, IOTA-ADNEX, Panoramic Scanning, RealisticVue™, S-Detect™ for Breast, S-Detect™ for Thyroid, Sonosync, ADVR, remote control pedal; DICOM system.

Key features of the W10-RUS ultrasonic scanner

  • Stationary ultrasound scanner.
  • LCD monitor – 21.5″ (with diode illumination, resolution 1920×1080).
  • Touch – screen control panel 13.3″.
  • Connectors for simultaneous connection of up to 5 sensors (4 + 1 CW).
  • USB ports (for connecting peripheral devices, external storage devices: flash cards or DVDs).
  • QuickScan™ – automatic” one-click ” image adjustment in 2D, CFM, PW modes in real time.
  • Biometry Assist-automatic measurement of the main biometric parameters of the fetus (BPR, OG, OJ and DB).
  • 2D NT-automatic measurement of fetal TVP on a static echogram.
  • ClearVision module-real-time image filtering: removes speckle noise and artifacts, enhances contours, making the ultrasound image more contrasting at the border of media with different echo densities.
  • MultiVision module – image detailing and reduction of artifacts due to the technology of image acquisition taking into account several insonation angles.
  • The HQ Vision™ module for obstetrics and Gynecology is a dynamic filter that corrects blurred images in real time using a deconvolution algorithm, which critically increases the clarity and detail of the ultrasound image.
  • The ShadowHDR ™ module is a technology for improving the visualization of areas of an image located in an acoustic shadow, using selective filtering and recombination of high-and low-frequency reflected signals.
  • LumiFlow™ is a technology for stereoscopic visualization of mapped blood flow using the reflection effect, which facilitates its subjective perception and intuitive understanding.
  • Cardiopackage: Tissue Doppler (TDI) + Anatomical M-mode + Color M-mode (CM) + Software.
  • SonoView system – a system for archiving and further viewing static and dynamic images (image database), it is possible to copy images to external drives (USB connection), perform measurements in the archive.

Visualization modes

  • B (2D) – two-dimensional grayscale scanning, tissue harmonics (including pulse-inverse).
  • M – one-dimensional mode for heart research, anatomical M-mode (cardiopackage required), CM-color M-mode (cardiopackage required).
  • CD-color Doppler mapping with the ability to change the Doppler angle.
  • PD – energy Doppler with the ability to change the Doppler angle.
  • S-Flow (DPDI) is a bidirectional energy doppler.
  • TDI-tissue doppler (cardiopackage required).
  • PW-pulse-wave doppler.
  • HPRF is a high-frequency pulse-wave doppler.
  • CW-constant-wave doppler.
  • Modes for simultaneous display of 2, 4 or more images on the screen, including images in B/C and B/PD modes in real time.
  • Mixed modes (B / M, B / PWD, B/C, B/PD, B/PD/PWD, B/C/PWD).
  • Trapezoidal mode (for linear sensors).
  • Zoom level.

Options

  • Smart 4D+ is a real-time volume scanning module with an extended set of tools for processing and presenting a three-dimensional image (3D + 4D + 3D XI + 3D MXI + New 3D Feature (VSI, SFVI, Smooth cut)).
  • 5D options package (5D Heart Color, 5D CNS, 5D NT, 5D LB, 5D Follicle, 5D Limb Vol) – allows you to display the most significant projections of the brain structures, fetal heart, as well as long fetal bones when setting several marker points and make the necessary measurements in volume automatically.
  • The Realistic Vue module is a program for reconstructing realistic 3D ultrasound, in which a virtual light source is superimposed on a three-dimensional image. A special processing algorithm reproduces the three-dimensional anatomy of the fetus with exceptional detail.
  • The Crystal Vue and Crystal Vue Flow module is a program for reconstructing transparent 3D ultrasound, which is obtained by simultaneously strengthening internal and external structures. It is used to visually assess the condition of the fetus and uterus, helps to better identify soft tissues and bones.
  • STIC module-volumetric dynamic visualization of the fetal heart.
  • MV-Flow™ – visualization of microcirculation in tissues and organs.
  • HDVI (High Definition Volume Imaging) module-improving the image clarity of tissue boundaries with different echo densities in a three-dimensional image (diagnostics of subtle tissue damage, fetal brain defects, fetal heart walls and valves).
  • MPI+ module-automatic measurement of the Tei index for the right and left ventricles of the fetal heart.
  • 2D NT module – semi-automatic measurement of the thickness of the collar space (marker of some chromosomal abnormalities of fetal development).
  • AutoIMT+ module – automatic measurement of the intima-media complex (Intima Media Thickness).
  • Elastoscan+ module – compression elastography for various organs and tissues (speckle-tracking technology).
  • The E-Thyroid module is a compression elastography program using transfer pulsation to obtain an elastogram of a node in the thyroid gland and evaluate it using the elasticity contrast index (the Elastoscan module is required).
  • The E-Breast module is a program for automatic quantitative assessment of the stiffness of breast formation relative to adipose tissue (the Elastoscan module is required).
  • The E-Cervix™ module is a program for semi-automatic quantitative assessment of cervical stiffness in pregnant women (the Elastoscan module is required).
  • The S-Detect for Breast module is a program for automatic detection and analysis of breast formations in women, measurement and classification according to the BI-RADS system.
  • The S-Detect for Thyroid module is a program for automatic detection and analysis of thyroid formations, measurement and classification according to the TI-RADS system.
  • The IOTA-ADNEX module is an ultrasound risk assessment program for ovarian tumors proposed by the IOTA Group (International Ovarian Tumor Analysis, International Ovarian Tumor Analysis Group).
  • ECG module.
  • Panoramic scanning module.
  • The CW module is a constant-wave Doppler.
  • The ADVR module is a program for recording research on a flash card (USB connection) in real time.
  • Remote control pedal.
  • DICOM system – allows network integration with PACS systems (for example, for archiving or printing ultrasound echograms on equipment from other medical equipment manufacturers).
  • QuickPrep™ – Quick access to pre-settings.
  • MobileSleep – fast system loading.
  • Sonosync – secure real-time data streaming for viewing ultrasound scans in remote locations, voice communication, multi-preview, and static image sharing between registered users.