Feature:
-Clear image
-Low cost
-12 inch color LED Touch Screen
-With multiple probes to fit different uses and budgets
-Imaging Mode: B, BB, M, CD, PWD, CWD, DirPwr, Pwr
-High Definition Multiple Color Doppler mode imaging, include
supports most Doppler imaging and advanced imaging processing for
cardiac, vascular access, and OB diagnostics.
-Can install and run all applications with Microsoft? Windows?
including patient management systems for better follow up, as well
as network tools to access PACS data
-Large volume store and preview, edit records (image, voice
comments, cineloop video) by hardisk, USB flash disk, DVD
-Triplex Display: Real-time triplex display B/ Color Doppler/
Pulsed Spectral Doppler (Three TGCs can be adjusted respectively)
-THI (Tissue Harmonic Imaging) technology: Suppress speckle noise,
brighten image and improve the image quality
-One-key Optimization: One key for eight-parameter adjustment, easy
image optimization.
-Powerful Measurement Software: Versatile clinic-oriented measuring
software package
-Image Management: Versatile image format/ large capacity cineloop
storage/ preview/ edit
-Can maintain and update by internet
-Space saving by the integration of color doppler ultrasound
scanner and office computer, and can either lay on a desk or be
wall mounted.
-Can be controlled either through a regular PC keyboard and a
mouse, or a dedicated ultrasound keyboard.
-Except general use, special suit for use in operation room or
ambulances
-1 probe sockets
Imaging Modes
· B
· B+B
· 4B
· B+M
· M
· B-steer
· Compound +
Trapezoid
· Color Doppler
(CFM)
· Power Doppler
(PDI)
· Directional Power
Doppler (DPDI)
· Pulsed Wave
Doppler (PWD)
· B+PWD (Duplex)
·
B+CFM/PDI/DPDI+PWD (Triplex)
· High Pulse
Repetition Frequency (HPRF)
· Tissue Harmonic
Imaging (THI)
Ultrasound imaging
· ultrasound image
size: automatically adjustable to screen resolution
· gray scale: 256
· color scale: 256
· full motion and
full size real-time ultrasound imaging, up to 120 fps (depends on
selected scan depth, scan angle, focus mode, High Line Density
setting, computer speed)
· cineloop
recording/play: several thousands frames (depends on computer
memory size and scan mode)
· zoom mode: from
60% to 600% in all modes (Scan, Freeze, B, B+B, 4B, Doppler modes,
M-zoom, cineloop and etc)
· viewing area
variable for frame rate maximizing: 6 steps
· thumbnail mode:
up to 32 images
· "Freeze" mode
· "Auto Freeze"
mode
Scanning Method
· electronic linear
· electronic convex
· electronic
microconvex
· scanning depth:
2-30 cm
Transducers
· convex,
micro-convex, linear, transvaginal
o from 2,0 MHz to 12,0
MHz
o multifrequency
· automatic
transducer recognition
Color Doppler
· PRF variable:
0.5-10 kHz
· wall filter
settings: 3 steps (5%, %10%, 15% PRF)
· gain control: 50
dB
· angle steering
for linear transducers: ±10°
· real-time spatial
filter: 4 values
· CFM palette: 10
maps
· PDI palette: 11
maps
· B/Color priority
control
· color threshold
control
· CFM baseline
control
· Doppler frequency
selection: 2 frequencies / each transducer
· color frame
averaging: 8 values
· Transparent Color
Mapping (TCM): 10 values
Automatic Image Optimization
· single click auto
adjustment:
o B-image: gain, dynamic
range, TGC sliders
o Color Doppler:
CFM/PDI/DPDI gain
o Pulsed Waved Doppler:
baseline, invert, PRF
Pulsed Wave Doppler
· PRF variable:
1-15 kHz
· wall filter
settings: 16 steps (2.5%-20% PRF)
· gain control: 50
dB
· angle steering
for linear transducers: ±10°
· real-time trace
line with automatic calculation of spectrum parameters
· stereo sound:
volume control
· PWD palette: 12
maps
· Doppler frequency
selection: 2 frequencies / each transducer
Focusing
- digital transmit focusing
- multi focus mode:
- transmit/receive focusing
- programmable focus area presets
- dynamic focus mode:
- transmit variable focus
- dynamic receive focus
Processing
- High Line Density scan mode for better resolution
- TGC Control, 5-10 sliders (customizable) 40 dB
- dynamic range: 120 dB, 8 values
- overall gain control
- M - mode sweep speed control
- acoustic power control
- variable frame averaging
- brightness, contrast
- advanced gamma control: 8 fixed curves, 8 user defined (custom)
- scan direction, rotation, up-down controls
- negative / positive control
- bi-linear interpolation
- echo enhancement control
- noise rejection function
- speckle reduction and structure improvement PureView: 8 algorithms
Functions
- mouse / trackball / keyboard operation
- anatomical icons with transducer position indicator
- direct e-mail sending with image or video attachment via Internet
- DICOM file push to server
- printing on system printer
- unlimited programmable presets for clinically specific imaging
- TV output via computer display adapter
File Formats
- image and video save / load
- AVI
- JPG
- BMP
- PNG
- TIF
- DCM (DICOM uncompressed)
- DCM (DICOM-JPEG RGB/YBR)
- DCM (DICOM-JPEG RGB/YBR Video)
- TPD (Picture Data)
- TVD (Video Data)
DICOM
- Verification SCU
- Modality Worklist (MWL) SCU
- Modality Performed Procedure Step (MPPS) SCU
- Store SCU (images, cines)
- Print SCU (grayscale, color)
Interface Customization
- the set of predefined skin schemes for software interface
- the set of predefined buttons images
- Multilanguage support, languages:
- Chinese
- English
- German
- Italian
- Korean
- Lithuanian
- Magyar
- Polish
- Romanian
- Russian
- Spanish
- B+M, B+PW layout position, size
- ultrasound area size
- font size
General Measurements and Calculations
- B and Color Doppler mode general measurements and calculations
- Distance
- Length (method: 1 trace)
- Area, Circumference (methods: 1 ellipse, 1 trace, 1 distance)
- Volume (methods: 1 distance, 2 distances, 3 distances, 1 ellipse)
- Angle (methods: 2 distances, 3 distances)
- Stenosis % (methods: 2 distances, 2 ellipse or trace areas)
- A/B Ratio (methods: 2 distances, 2 ellipse or trace areas, 2
ellipse or trace circumferences)
- M mode general measurements and calculations
- Distance, Time, Velocity
- Heart Rate (methods: 1 beat, 2 beats)
- Stenosis % (method: 2 distances)
- A/B Ratio (methods: 2 distances, 2 times, 2 velocities)
- PW mode general measurements and calculations
- One-point PW measurements and calculations:
- Velocity
- Pressure Gradient (PG)
- Two-points PW measurements and calculations:
- Velocities difference
- Pressure Gradients (PG) difference
- Time interval
- Acceleration
- Resistivity Index (RI)
- Heart Rate (methods: 1 beat, 2 beats)
- Velocity minimum and maximum
- Pressure Gradient (PG) minimum and maximum
- Trace-based PW measurements and calculations:
- Trace Time
- Trace Velocity min, max, mean
- Trace Pressure Gradient (PG) min, max, mean
- Velocity Time Integral (VTI)
- Pulsatility Index (PI)
- A/B Ratios of one-point PW measurements:
- Velocities A/B Ratio
- Pressure Gradients (PG) A/B Ratio
- A/B Ratios of two-point PW measurements:
- Velocity differences A/B Ratio
- Pressure Gradient (PG) differences A/B Ratio
- Time differences A/B Ratio
- Accelerations A/B Ratio
- Resistivity Indexes A/B Ratio
- A/B Ratios of trace-based PW measurements:
- Velocity means A/B Ratio
- Pressure Gradient (PG) means A/B Ratio
- Pulsatility Indexes A/B Ratio
- Velocity Time Integrals A/B Ratio
PW mode Human Cardiology measurements and calculations
- Left Ventricle: LVOT Diam, LVOT VTI, LVOT Vmax, SV (Stroke Volume),
SI (Stroke Volume Index), CO (Cardiac Output), CI (Cardiac Index),
dP:dt (Delta Pressure : Delta Time), MPI (Left Ventricle Myocardial
Performance Index)
- Mitral Valve: MVA(PHT) (Mitral Valve Area using Pressure Half
Time), MVA using Continuity Equation (LVOT Diam, MV VTI; LVOT Diam,
MV Vmax), dP:dt, E/A ratio
- Aortic Valve: AVA (Aortic Valve Area) using Continuity Equation
(LVOT Diam, AV VTI; LVOT Diam, AV Vmax), AVI (Aortic Valve Index),
DPI (Dimensionless Performance Index), AV PHT (Aortic Valve
Pressure Half Time)
- Right Ventricle: RVOT Diam, RVOT VTI, RVOT Vmax, dP:dt, RV MPI
(Right Ventricle Myocardial Performance Index), MPAP (Mean
Pulmonary Artery Pressure)
- Tricuspid Valve: TVA (Tricuspid Valve Area) using Continuity
Equation (RVOT Diam, TV VTI; RVOT Diam, TV Vmax); TV E/A ratio, TV
PHT
- Pulmonic Valve: PVA (Pulmonic Valve Area) using Continuity Equation
(RVOT Diam, PV VTI; RVOT Diam, PV Vmax), PVI (Pulmonic Valve
Index), DPI (Dimensionless Performance Index), PV PHT (Pulmonic
Valve Pressure Half Time)
- Pulmonary Vein; Hepatic Vein
- Shunts: Qp:Qs (Pulmonary-Systemic Flow Ratio)
Human Measurements and Calculations Packages
- Human General calculations package
- Measurements: the same as general measurements of different modes
(B, M, PW)
- Calculations: BSA via Height and Weight, BSA via Weight, Hip Angles
(α, β), Femoral Head Coverage (FHC)
- PW mode calculations: HR, SV using Flow Area, SV using Flow
Diameter, SI, CO, CI, Area calculation using Continuity Equation
(methods: Area and VTI, Area and Velocity, Diameter and VTI,
Diameter and Velocity, Velocity Ratio (S/D, D/S), dP:dt, Flow
Volume (methods: Diameter, Area), PHT, MVA
- Human Obstetrics / Gynecology (OB / GYN) calculations package
- Measurements: LMP (entered or from calendar), AC, BPD, FL, HC, FTA,
AAPD, ATD, TAPD, TTD, CRL, GS, HL, TL, UL, OFD, BOD, Cereb, Clav,
Rad, AFI, FHR
