Samsung HS70A

Description
The device is recommended for use in diagnostic centers,
multidisciplinary and specialized medical institutions,
and medical research institutes.

Research area:
Abdominal examinations;
Obstetrics and gynecology;
Cardiology;
Angiology;
Nephrology;
Urology;
Oncology;
Pediatrics;
Neonatology;

Basic equipment:
Scanner HS70A (23″ monitor; 4 active ports for
connecting visualization sensors);
Built-in modules: color, energy, directed energy and pulsed-wave Doppler,
tissue Doppler;
S-Harmonic Fabric Harmonica;
ClearVision magnetic resonance imaging software-assisted
interactive image correction technology;
Multivision Spatial Compounding;
Automatic optimization of QuickScan in B-mode and Doppler mode
(Color Doppler, PW, CW);
Needle Mate Enhanced Biopsy Needle Visualization Module;
Programmable EZ-Exam research protocols; built-in 512 GB SSD drive;
Options for the HS70A scanner:

Cardiopackage;
Smart 4D, 3D + SFVI, FAD, VSI, Smooth Cut + 4D + 3DXI + 3DMXI, STIC,
HDVI, FRV, 2D NT, 5D NT, 5D LB, 5D CNS, 5D Follicle, ElastoScan, E-Breast,
E-Thyroid, S-Sharewave, S-Detect for Breast, S-Detect for Thyroid,
CEUS+, Arterial Analysis, AutoIMT+, Strain+, StressEcho;
ECG module;
Panoramic scanning module;
DICOM, ADVR, Mobile Export;

Visualization modes:
B (2D) — two-dimensional scanning in shades of gray scale, tissue harmonic
(including pulse inversion);
M — one-dimensional mode for examining the heart, anatomical M-mode
(cardio package required), CM — color M-mode (cardio package required);
CD - color Doppler mapping with the ability to change the Doppler angle;
PD — power Doppler with the ability to change the Doppler angle;
DPDI - Bidirectional Power Doppler;
TDI — tissue Doppler (cardio package required);
PW — pulse-wave Doppler, steering — change of Doppler angle in CD and PD modes, automatic analysis of Doppler curves;
HPRF — high-frequency pulsed wave Doppler;
CW — continuous wave Doppler (optional);
3D — three-dimensional scanning with volumetric sensors in static mode in
gray scale and reconstruction of the volumetric structure of vessels in
color/power Doppler mode;
4D — three-dimensional scanning with volumetric sensors in real time;
Modes for simultaneously displaying 2, 4 or more images on the screen,
including images in B/C, B/PD modes in real time;

Options:
Smart 4D Volumetric Scanning Option Package;
XI STIC module for volumetric dynamic visualization of the fetal heart;
HDVI module – increasing the clarity of the image of tissue boundaries with
different echo densities in a volumetric image (diagnostics of
subtle tissue damage, defects in the fetal brain,
walls and valves of the fetal heart);
The Realistic Vue module is a 3D image reconstruction program with
the ability to move the virtual light source. A specialized processing
algorithm reproduces 3D fetal anatomy with exceptional detail;
2D NT module is a program for automatic measurement of fetal NT in
2D mode;
5D NT module is a program for automatic measurement of the fetal NT and
intracranial space in volumetric scanning mode;
5D LB module is a program for automatic detection and measurement of
fetal long bones in volumetric scanning mode;
Smart 4D Package:

The Static 3D system is a three-dimensional scanning system using
volumetric sensors in static mode in gray scale and reconstruction of
the volumetric structure of vessels in color/power Doppler mode;
Live 3D system – three-dimensional scanning with volumetric sensors in
real time (4D);
SFVI module;
FAD module;
VSI module;
Smooth Cut module;
3D XI package (volume ultrasound tomography);
MSV (Multi-Slice View or multislicing) is the ability to simultaneously view
multiple slices obtained during three-dimensional scanning on the screen;
VolumeCT is a three-dimensional reconstruction of images in the form of
a cube (Cube Sectional View) or three intersecting planes (Cross View);
Cardiology examination package:

M-mode: measurement of aortic diameter, anteroposterior size of the LA,
thickness of the interventricular septum (systolic and diastolic), thickness
of the left ventricular wall (systolic and diastolic),
sizes of the left ventricle and right ventricle (systolic and diastolic),
ejection fraction (Teichholz).
B-mode: measurement of the aortic diameter (ascending, arch, descending, at the level of the sinuses of Valsalva, at the level of the
aortic valve leaflets), determination of the LA and RA sizes
(maximum, minimum, systolic, diastolic, anterior-posterior,
superior-inferior, medial-lateral), calculation of the LA and RA volumes,
LV volumes (Area-Length method, disk method (Simpson)),
LV myocardial mass, LV myocardial mass index.
CD mode (CDK): measurement of the PISA radius,
semi-quantitative assessment of transmitral, transtricuspid,
transaortic and transpulmonary blood flow (regurgitation assessment),
assessment of abnormal blood shunts through the interatrial septum
and interventricular septum.
PW mode (pulse-wave Doppler): automatic, semi-automatic and
manual tracing of the Doppler spectrum of the mitral, aortic and
tricuspid valves, the pulmonary valve, blood flow in the LV and
RV outflow tract (peak/mean velocity, peak/mean pressure gradient,
LV isovolumetric relaxation time, acceleration, deceleration, ejection time),
assessment of blood flow in the pulmonary and hepatic veins.