Product Description
MY-A029 Color Doppler Ultrasound Scanner
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Features of MY-A029 Color Doppler Ultrasound Scanner
| MY-A029 standard configuration includes : |
23500 |
| Main unit with 19" high resolution and contrast LCD Monitor |
|
| 1 PC 3.5 MHz convex probe D3C60L |
|
| 1 PC 7.5 MHz Linear probe D7L40L |
|
| 1 PC 6.0 MHz Trans-vaginal probe |
|
| 1 PC 3.0 MHz Phased array probe (Adult) D3P64L |
|
| 320GB hard disk, DVD-R/W and 6 USB ports |
|
| B, 2B, 4B, B/M, M, CFM, PW, Power Doppler/Directional PD, Duplex, Trapezoidal, Chroma B& M&PW |
|
| Measurement & calculation software packages (General, OB&GYN, Basic Cardiac ) |
|
| Easy View TM image archive system |
|
| Optional Parts |
|
| 4D package(4.0 MHz 4D volume probe V4C40L +4D module + 4D software) |
10000 |
| 4D module (Must order with main unit if need to be upgraded to 4D in future) |
General Information
Dimensions and Weight
l .Dimensions of main unit (approx.):
830mm (Length)* 520 mm (Width)*1458mm (Height)
l .Net weight of main unit (approx): 125kg (no probe included)
Electrical Power
l .Power supply voltage: AC 100V~240V
l .Power supply frequency: 50/60 Hz
l .Power consumption: 600 VA
User Interface
Operation Panel
.Control panel
l .Alphanumeric keyboard
l .8 TGC Slides
l .Interactive backlit keys
Display Screen
l .High resolution VGA color LCD
- Diagonal dimension: 19 inch
- Resolution: 1280X1024
- Brightness adjustment
l .Integrated speaker
- Volume adjustable
System Overview
Applications
l .Abdomen
l .Cardiology
l .Gynecology
l .Obstetrics
l .Urology
l .mall Part
l .Pediatrics
l .Vascular
l .Musculoskeletal
Transducer Types
l .3.5 MHz Wide Band Convex Probe (D3C60L)
l .7.5 MHz Wide Band Linear Probe (D7L40L)
l .6.0MHz Wide Band Transvaginal Probe (D6C12L)
l .3.0 MHz Wide Band Phased Array Sector Probe (D3P64L)
l .5.0MHz Wide Band Pediatric Probe (D5C20L)
l .4.0 MHz Wide Band 4D Probe (V4C40L)
Image Modes
l .B Mode
l .B/B Mode
l .4B Mode
l .B/M Mode
l .CFM (Color Flow Mapping) Mode
l .B/BC Mode (B and CFM simultaneous comparison display)
l .PD (Power Doppler) Mode (CPA)
l .Directional PD (Power Doppler) Mode
l .PW (Pulse Wave) Mode
l .HPRF Mode
l .CW (Continuous Wave) Mode (option)
l .Color M Mode (option)
l .Steering M Mode (option)
l .Free-hand 3D (option)
l .Real-time 4D (upgradable)
l .Trapezoidal imaging (only for linear probe)
l .Panoramic imaging
.Real-time Duplex : B+CFM
l .Real-time Triplex : B+CFM+PW
Display Mode
l .Simultaneous Capability
- B/PW
- B/CFM or PD (CPA), Directional PD
- B/M
- Real-time Triplex Mode
(B + CFM or PD (CPA)/PW)
- Dual B (B/B)
- B/BC in real time
l .Multi Image Split Screen
- Live and/or frozen
- B + B/CFM or PD (CPA)
- Independent Cine playback
l .Pan Zoom
l .Chroma
- Chroma B
- Chroma PW
- Chroma M
l .Trapezoid imaging (only for linear probe)
l .THI
l .Quad Screen Display
Display Annotation
l .Institution/Hospital Name
l .Date: YY/MM/DD, MM/DD/YY, DD/MM/YY
l .Time: 24 hours
l .Operator Identification
l .Patient Name and Patient ID
l .System Status (real-time or frozen)
l .Image Preview
l .Gray/Color Bar
l .Cine Gauge
l .Scanning Direction
l .Focus Number
l .Measurement Summary Window
l .Measurement Results Window
l .Probe Type
l .Frequency
l .Application name
l .Imaging Parameters displayed on the screen
-B Mode
FPS
DYN
GSC
B Gain
SRA
Persist
Acoustic Power
Frequency
Depth
Zoom
THI
MI
TIS
-CFM Mode
PRF
Wall Filter
Color Gain
Color Map
Persist
CFM Acoustic Power
CFM Frequency
MI
TIS
-CPA Mode
PRF
Wall Filter
Color Gain
Color Map: Directional PD
Persist
PD (CPA) Acoustic Power
CFM Frequency
MI
TIS
-PW Mode
PRF
Wall filter
PW Gain
Frequency
PW Acoustic Power
DYN
GR
Sample Line Angle
MI
TIS
TIB
-CW Mode
PRF
Wall Filter
CW Gain
CW Frequency
CW Acoustic Power
DYN
GR
Sample Line Angle
MI
TIS
TIB
-M Mode
M Process: Peak, Ave
Sweep Speed
M Gain
M Acoustic Power
MI
TIS
l .Focus Markers
l .Body Marker: following different probe
l .System Messages Display
l .Trackball Functionality : CINE, ZOOM, Duplex, 3D, Position, Size
l .Biopsy Guide
Standard Configuration
l .High resolution 19 Inch LCD display
l .4 active probe ports
l .320G integrated hard disk
l .DVD-RW driver
l .Patient Information Database
l .Image Archive on Hard Drive
l .Conversion of image/cine (Converting image/cine to PC format)
l .Real-time Triplex mode at any depth and PRF
l .USB ports: 2 on keyboard and another 4 on back panel
l .Frame rate (Up to 500 fps)
l .Automatic Optimization
l .Automatic Imaging Optimization (AIO)
l .Auto Doppler
l .Tissue Harmonic Imaging (THI) all on probes
l .Compound imaging
l .TSS (Tissue Speed of sound)
l .Up to 7000 frames CINE memory
l .B normal Calculation
l .M basic Calculation
l .Doppler basic Calculation
l .Vascular Calculation
l .Cardiac Calculation
l .OB Calculation
l .Fetal Trending
l .Gynecological Calculation
l .Urological Calculation
l .Renal Calculation
l .Auto Doppler Calculation
l .On-board Reporting
l .3.5 MHz Wide Band Convex Probe (D3C60L)
Software Options
l .I-ImageTM software package
l .DICOM Connectivity
l .Free-hand 3D
l .Real-time 4D (upgradable)
l .Speckle Reduction Algorithm (SRA)
l .Multiple Compound Imaging (MCI)
l .Extended Cardiac package: CW, Color M, ECG, Steering M, TDI
l .VET
Hardware Option
l .7.5 MHz Wide Band Linear Probe (D7L40L)
l .6.0MHz Wide Band Transvaginal Probe (D6C12L)
l .3.0 MHz Wide Band Phased Array Sector Probe (D3P64L)
l .5.0MHz Wide Band Pediatric Probe (D5C20L)
l .4.0 MHz Wide Band 4D Probe (V4C40L)
l .Biopsy guide
l .Footswitch
.Video printer: Sony UP897MD
l .PC printer
Scanning Parameters
B Mode
l .GAIN: 1~255
l .FOCAL NUMBER:1~9 (Depend on the probe types)
l .FOCAL SPAN: multiple selection(Depend on the probe types)
l .ECG GAIN: 1~6
l .ECG POSITION: 0~8
l .ECG INVERT: On/Off
l .TSS: -140-160(31 steps,10/step, the default value is 0)
l .DYN: 1~14 (Depend on the probe types)
l .GSC: 1~8
l .PERSIST: 0~60 (7 steps)
l .CHROMA: 1~13
l .SEC. WIDTH
l .SEC. POS
l .LINE DENSITY: Low, Med, High
l .COMPOUND: On/Off
l .FREQUENCY: 2.0~13.0 MHz (depend on the probe types)
l .LT← RT: Left/Right invert
l .SPA: 0-15
l .I-Image: X, A, B, C, D
l .POWER%: 30~100 (8 steps, 10/step)
l .TRAPEZOID: On/Off (depend on the probe types)
M Mode
l .GAIN: 1~255
l .FOCAL NUMBER:1 ~9 Depend on the probe types
l .FOCAL SPAN: Depend on the probe types
l .ECG GAIN: 1~6
l .ECG POSITION: 0~8
l .ECG INVERT:On~Off
l .DYN: 1~14
l .GSC: 1~8
l .PERSIST: 0~60(7 steps)
l .CHROMA: 1~13
l .SEC. WIDTH
l .SEC. POS
l .LINE DENSITY: Low, Med, High
l .FREQUENCY 2.0~13.0 MHz (depend on the probe types)
l .UP← DOWN: Up/Down invert
l .LT← RT: Left/Right invert
l .POWER%: 30~100 (8 steps, 10/step)
l .VIDEO INVERT: On/ Off
l .M PROCESS:Ave,Peak
l .DISPLAY FORMAT: V1/3, V1/2, V2/3, H1/2, H1/4,O1/4
CFM Mode
l .GAIN: 1~255
l .WF: 25-700
l .ECG GAIN: 1~6
l .ECG POSITION: 0~8
l . ECG INVERT
l .PERSIST: 0~80 (5 steps)
l .C MAP: 4 selections
l .POWER%: 30-100 (8 steps, 10/step)
l .BASELINE: -5~5
l .SEC. WIDTH
l .SEC. POS
l .B REJECT: 0~255
l .FREQUENCY:2.0-7.2MHz (depend on the probe types)
l .LT← RT: Left/Right invert
l .FLOW INVERT: On/Off
l .2D REFRESH: On/Off
l .Steer:-20°~ 20°((depend on the probe types)
l .LINE DENSITY: Low, High
PD Mode (CPA)
l .WF: 25-700
l .PRESIST: 0~80 (5 steps)
l .C MAP/DIRECT. D: 1~4
l .POWER%: 30-100 (8 steps, 10/step)
l .SEC. WIDTH
l .SEC. POS
l .B REJECT: 0~255
l .FREQUENCY: Depend on the probe types
l .LT← RT: Left/Right invert
l .LINE DENSITY: Low, High
l .Steer:-20°~ 20°((depend on the probe types)
l .GAIN: 0-255
PW Mode
l .STEER ANGLE: -20~20
l .ECG: On/Off
l .ECG GAIN: 1~6
l .ECG POSITION: 0~8
l .ECG INVERT: On/Off
l .FREQUENCY
l .SWEEP SPEED: 4 steps (2, 4, 6, 8)
l .BASELINE: -5~5
l .POWER%: 30~100 (8 steps, 10/step)
l .ANGLE CORRECTION: On/Off
l .DYN: 1~10
l .CHROMA: 1~5
l .VIDEO INVERT: On/Off
l .DISPLAY FORMAT: V1/3, V1/2, V2/3, H1/2, H1/4, O1/4
l .WF: 25~750 (depend on the probe types)
l .Volume:0~100
CW Mode
l .SWEEP SPEED: 3 steps (2, 4, 8)
l. BASELINE: -5~5
l .POWER%: 30~100 (8 steps, 10/step)
l .DYN: 1~10
l .CHROMA: 1~5
l .VIDEO INVERT: On/Off
l .DISPLAY FORMAT: V1/3, V1/2, V2/3, H1/2, H1/4, O1/4
l .WF: 100~70
Imaging Processing and Presentation
l .(Dual Phase) Digital Beam former
l .1024 Digital Processing Channel (ensures high frame rate)
l .Displayed Imaging Depth: 3 - 29.6 cm probe dependent
l .Minimum Depth of Field: 1.6 cm (Zoom and probe dependent)
l .Maximum Depth of Field: 29.6 cm (probe dependent)
l .Transmission Focus 1 - 9 Focus Numbers Selectable (probe and depth dependent)
l .Multi-Frequency/Wideband Technology
l .256 Shades of Gray
l .Up to 160 dB System Dynamic Range
l .Adjustable Field of View (FOV)
l .Image Reverse: Right/Left, Up/Down
l .CINE Memory/Image Memory
21958 Frames CINE Memory on probe D3C60L
8041 Frames CINE Memory on probe D7L40L
11498 Frames CINE Memory on probe D3P64L
l .CINE Gauge and CINE Image Number Display
l .CINE Review:
Frame-by-frame, Loop (manual or automatic playback)
l .Measurements, Calculations and Annotations on CINE Playback
l .Image Browser: Archived images from past patient exams appear as well as images
stored for the current exam
- Previewing an Image
- Analyzing Images
l. Image Management
- Delete Selected Image
- Copy and Paste
- Convert to PC format
- Analyze
- Measurement: Distance, Trace, ellipse
- Output
l .Hard Drive Image Storage: 320 GB
l .Ethernet Network Connection
l .DICOM Support (option)
Measurement & Calculation
Basic Measurements & Calculations
l .Basic 2D mode (B and Color) Measurements
-Distance
-Circumference/Area (Ellipse / Trace)
-Volume (Two-axis / Three-axis)
-Angle
-DOPPLER AREA
l .Basic M mode measurement
-DISTANCE
-TIME
-SLOPE
-HR
l .Doppler Mode Measurement
-Basic Doppler Measurements
-Flow Velocity
- Acceleration
-Time
-HR
l .Auto Measurements (Auto Point, Auto Trace)
-Vp (Velocity at peak)
-Ve (Velocity at end)
-PPG (Pressure gradient at peak)
-EPG (Pressure gradient at end)
-Vmean(Mean Velocity)
-MPG (Mean Pressure gradient)
-PI (Pulsatility index)
-RI (Resistive index)
-VTI
-EnvTi
-S/D
-HR
l .Manual Trace Measurements
-Vp (Velocity at peak)
-Ve (Velocity at end)
-PPG (Pressure gradient at peak)
-EPG (Pressure gradient at end)
-Vmean(Mean Velocity)
-MPG (Mean Pressure gradient)
-PI (Pulsatility index)
-RI (Resistive index)
-VTI
-EnvTi
-S/D
-HR
l. Flow Velocity Measurement
-FV (Flow Velocity)
-PG (Pressure Gradient)
l .Acceleration Measurement
-Vdf (Velocity Deviation)
-VAC (Acceleration)
-Peak V
-Time
-AccV
-PHT
Cardiac Measurements & Calculations
l .B mode Measurements and Calculation (Left Ventricle)
-Single Plane Method
-LVALd (Left Ventricle Long-axis Area at End-diastole)
-LVLd (Left Ventricle Long-axis Length at End-diastole)
-LVALs (Left Ventricle Long-axis Area at End-systole)
-LVLs (Left Ventricle Long-axis Length at End-systole)
-EDV(End-diastolic Left Ventricle Volume)
-ESV(End-systolic Left Ventricle Volume)
-SV(Stroke Volume)
-CO(Cardiac Output)
-EF (Ejection Fraction)
-SI
-CI
-Biplane Ellipse Method
-LVALd (Left Ventricle Long-axis Area at End-diastole)
-LVALs (Left Ventricle Long-axis Area at End-systole)
-LVAMd (Left Ventricle Short-axis Area at the Level of Mitral Valve at End-diastole)
-LVIDd (Left Ventricle Short-axis Internal Diameter at End-diastole)
-LVAMs (Left Ventricle Short-axis Area at the Level of Mitral Valve at End-systole)
-LVIDs (Left Ventricle Short-axis Internal Diameter at End-systole)
-EDV(End-diastolic Left Ventricle Volume)
-ESV(End-systolic Left Ventricle Volume)
-SV(Stroke Volume)
-CO(Cardiac Output)
-EF (Ejection Fraction)
-SI
-CI
-Bullet Method
-LVAMd (Left Ventricle Short-axis Area at the Level of Mitral Valve at End-diastole)
-LVAMs (Left Ventricle Short-axis Area at the Level of Mitral Valve at End-systole)
-LVLd (Left Ventricle Long-axis Length at End-diastole)
-LVLs (Left Ventricle Long-axis Length at End-systole)
-EDV(End-diastolic Left Ventricle Volume)
-ESV(End-systolic Left Ventricle Volume)
-SV(Stroke Volume)
-CO(Cardiac Output)
-EF (Ejection Fraction)
-SI
-CI
-Simpson Method
-LVAMd (Left Ventricle Short-axis Area at the Level of Mitral Valve at End-diastole)
-LVAMs (Left Ventricle Short-axis Area at the Level of Mitral Valve at End-systole)
-LVAPDd (Left Ventricle Short-axis Area at the Level of the Papillary Muscle at
End-diastole)
-LVAPDs (Left Ventricle Short-axis Area at the Level of the Papillary Muscle at
End-systole)
-LVLd (Left Ventricle Long-axis Length at End-diastole)
-LVLs (Left Ventricle Long-axis Length at End-systole)
-EDV (End-diastolic Left Ventricle Volume)
-ESV (End-systolic Left Ventricle Volume)
-SV (Stroke Volume)
-CO (Cardiac Output)
-EF (Ejection Fraction)
-SI
-CI
-Cube Method
-IVSTd (Inter-ventricle Septal Thickness at End-diastole)
-LVIDd (Left Ventricle Short-axis Internal Diameter at End-diastole)
-LVPWd (Left Ventricle Posterior Wall Thickness at End-diastole)
-IVSTs (Inter-ventricle Septal Thickness at End-systole)
-LVIDs (Left Ventricle Short-axis Internal Diameter at End-systole)
-LVPWs (Left Ventricle Posterior Wall Thickness at End-systole)
-EDV (End-diastolic Left Ventricle Volume)
-ESV (End-systolic Left Ventricle Volume)
-SV (Stroke Volume)
-CO (Cardiac Output)
-EF (Ejection Fraction)
-FS (Fractional Shortening)
-dT IVS
-dT PW
-Teichholz / Gibson Method
-LVIDd (Left Ventricle Short-axis Internal Diameter at End-diastole)
-LVIDs (Left Ventricle Short-axis Internal Diameter at End-systole)
-EDV (End-diastolic Left Ventricle Volume)
-ESV (End-systolic Left Ventricle Volume)
-SV (Stroke Volume)
-CO (Cardiac Output)
-EF (Ejection Fraction)
-FS (Fractional Shortening)
-SI
-CI
-Biplanedisk
-LVAd
-LVLd
-LVAs
-LVLs
-EDV
-ESV
-SV
-CO
-EF
-SI
-CI
l .M mode Measurements & calculations
-Mitral Valve
-EFSLP (Mitral Valve Closing Speed)
-EPSS (Distance between point E and the Inter-ventricle Septum)
-CEAMP (Amplitude of the E Wave)
-CAAMP (Amplitude of the A Wave)
-DEAMP (Amplitude of the DE Wave)
-DESLP (Mitral Valve Opening Speed)
-E Duration
-A Duration
-IRT
-E-E'
-Aortic Valve
-AOD (Diameter of the Aorta)
-LAD (Diameter of the Left Atrium)
-AVD (Diameter of the Aortic Valve)
-ET (Ejection Time)
-RVOTD (Diameter of the Right Ventricle Outflow Tract)
-AA
-Left Ventricular
-Cube Method
-IVSd (Inter-ventricle Septal Thickness at End-diastole)
-LVIDd (Left Ventricle Short-axis Internal Diameter at End-diastole)
-LVPWd (Left Ventricle Posterior Wall Thickness at End-diastole)
-IVSs (Inter-ventricle Septal Thickness at End-systole)
-LVIDs (Left Ventricle Short-axis Internal Diameter at End-systole)
-LVPWs (Left Ventricle Posterior Wall Thickness at End-systole)
-EDV (End-diastolic Left Ventricle Volume)
-ESV (End-systolic Left Ventricle Volume)
-SV (Stroke Volume)
-CO (Cardiac Output)
-EF (Ejection Fraction)
-FS (Fractional Shortening)
-dT
-IVS
-dT PW
-MVCF
-Teichholz / Gibson Method
-LVIDd (Left Ventricle Short-axis Internal Diameter at End-diastole)
-LVIDs (Left Ventricle Short-axis Internal Diameter at End-systole)
-EDV (End-diastolic Left Ventricle Volume)
-ESV (End-systolic Left Ventricle Volume)
-SV (Stroke Volume)
-CO (Cardiac Output)
-EF (Ejection Fraction)
-FS (Fractional Shortening)
l .Doppler Measurements & Calculations
-Mitral Valve
-E-wave V (E-wave Flow Velocity)
-A-wave V (A-wave Flow Velocity)
-PHT (Pressure Half Time)
-E Duration (E-wave Duration)
-A Duration (A-wave Duration)
-General date
Vp (Velocity at peak)
Ve (Velocity at end)
PPG(Pressure gradient at peak)
EPG(Pressure gradient at end)
Vmean(Mean Velocity)
MPG(Mean Pressure gradient)
PI(Pulsatility index)
RI(Resistive index)
VTI
EnvTi
S/D
HR
-Aortic Valve
-LVOT V/PG
-AOV V/PG
-LVOT/AOV General
- Vp (Velocity at peak)
Ve (Velocity at end)
PPG(Pressure gradient at peak)
EPG(Pressure gradient at end)
Vmean(Mean Velocity)
MPG(Mean Pressure gradient)
PI(Pulsatility index)
RI(Resistive index)
VTI
EnvTi
S/D
HR
-TRI Valve
-TV General
Vp (Velocity at peak)
Ve (Velocity at end)
PPG(Pressure gradient at peak)
EPG(Pressure gradient at end)
Vmean(Mean Velocity)
MPG(Mean Pressure gradient)
PI(Pulsatility index)
RI(Resistive index)
VTI
EnvTi
S/D
HR
-TV V/PG
-Pulmonary Valve
-PV General
Vp (Velocity at peak)
Ve (Velocity at end)
PPG(Pressure gradient at peak)
EPG(Pressure gradient at end)
Vmean(Mean Velocity)
MPG(Mean Pressure gradient)
PI(Pulsatility index)
RI(Resistive index)
VTI
EnvTi
S/D
HR
-RV ET (Ejection Time)
-RV AcT (Acceleration Time)
-RV PEP (Pre-ejection Period)
-TEI index
-IRT(isovolumetric relaxation time)
-ICT(isovolumetric contraction time)
-ET(Ejection time)
l. Cardiac worksheet
-Patient basic information
-Measurement value information
-Calculation information
EDV
ESV
SV
CO
EF
SI
CI
LA/AO
TEI index
FS
MVCF
IVS
PW
dT IVS
dT PW
OB/GYN Measurements & Calculation
l .OB (2D)-mode Measurements
-GS (Gestational Sac Diameter)
-CRL (Crown Rump Length)
-BPD (Biparietal Diameter)
-HC (Head Circumference)
-AC (Abdominal Circumference)
-FL (Femur Length)
-CER (Cerebellum)
-OFD (Occipitofrontal Diameter)
-Fibula (Fibula Length)
-Foot (Foot Length)
-AA (Abdominal Area)
-APAD (Anteroposterior Abdominal Diameter)
-HA (Head Area)
-Humerus (Humerus Length)
-Kidney (Kidney Length)
-APTD (Anteroposterior Trunk Diameter)
-OOD (outer orbital diameter)
-Radius (Radius Length)
-TAD (Transverse Abdominal Diameter)
-TC (Thoracic Circumference)
-THD (Thoracic Diameter)
-Tibia (Tibia Length)
-TTD (Transverse Trunk Diameter)
-Ulna (Ulna Length)
-Umb VD (Umbilical Vein Diameter)
-NT
-LV
-UT L (Uterus Length)
-UT H (Uterus Height)
-UT W (Uterus Width)
-CX
-EN-T
-Rt OVL (Right Ovary Length)
-Rt OVH (Right Ovary Height)
-Rt OVW (Right Ovary Width)
-Lt L (Left Ovary Length)
-Lt H (Left Ovary Height)
-Lt W (Left Ovary Width)
-HIP
-AFI (D1 D2 D3 D4)
-Follide
l .OB (Doppler)-mode Measurements
-Umb A (Umbilical Artery)
-MCA (Middle Cerebral Artery)
-Rt Uterin A (Right Uterine Artery)
-Lt Uterin A (Left Uterine Artery)
-Fetal AO (Fetal Aorta)
l OB/GYN Calculation
-MA (Menstrual Age)
-EFA (Estimated Fetal Age)
-EDD (Estimated Date of Delivery)
-EFW (Estimated Fetal Weight)
-Hip Angle
-AFI (Amniotic Fluid Index)
-Fetal HR
-Amniotic Fluid Index
l .OB/GYN worksheet
-patient information
-Measurement values information
-Calculation information
MA
EFA
EDD
EFW
Hip Angle
AFI
CI
-Fetal growth curve
Normal growth curve, positive and negative standard deviations and ultrasound age
of the fetus
One measurement per graph
-Profile
Fetal Brain
Fetal Thorax
Fetal Heart
Fetal Abdomen
Fetal Spine
Fetal Limb
Fetal Descript
Biophysical Profile
-Twinborn comparison
Vascular Measurements and Calculation
l .Vascular(2D and CFM) mode Measurement and Calculation
Origin Diam
Reduce Diam
Original Area
Reduced Area
% Diameter reduction
%Area reduction
-ICA (internal carotid artery)
-ECA (external carotid artery)
-CCA (Common Carotid artery)
-INT IL (Internal iliac)
-EXT IL (External iliac)
-ILI AC (common iliac)
-CFA (Common femoral artery)
-PROFUN (Profunda)
-LTCIR (Lateral circumflex)
-SFA (Superficial femoral artery)
-POP (Popliteal artery)
-ATA (Anterior tibial artery )
-PERON (Peroneal artery)
-PTA (Posterior tibial artery)
-DRPED (Dorsalis pedis)
-IMT
l .Vascular (Doppler)Mode Measurement and Calculation
Vp (Velocity at peak)
Ve (Velocity at end)
PPG (Pressure gradient at peak)
EPG (Pressure gradient at end)
VM (Mean Velocity)
MPG(Mean Pressure gradient)
VTI
PI(Pulsatility index)
RI(Resistive index)
S/D
HR
FV (Flow volume)
-ICA (internal carotid artery)
-ECA (external carotid artery)
-CCA (Common Carotid artery)
-INT IL (Internal iliac)
-EXT IL (External iliac)
-ILI AC (common iliac)
-CFA (Common femoral artery)
-PROFUN (Profunda)
-LTCIR (Lateral circumflex)
-SFA (Superficial femoral artery)
-POP (Popliteal artery)
-ATA (Anterior tibial artery )
-PERON (Peroneal artery)
-PTA (Posterior tibial artery)
-DRPED (Dorsalis pedis)
l .Vascular Worksheet
-Patient information
-Measurement Values information
-Calculation information
%DIA REDUCTION,
%AREA REDUCITON,
RI,
PI,
S/D
FV
REGULAR DIAM
REDUCED DIAM
REGULAR AREA
REDUCED AREA
PK SYSTOLICV
END DIASTOLICV
MEAN
VELOCITY
Urologic Measurements & Calculations
Left Kidney
Right Kidney
L-Renal Cortex
R-Renal Cortex
L-AG
R-AG
l Urology B mode measurement
-Bladder Volume (D1,D2,D3)
-Resdual Urine (Area Height)
-Whole Gland Prostate Volume (D1,D2,D3)
-Transitional Zone Prostate Volume (DA,DB,DC)
l .L-SV
l .R-SV
l .L-Ts
l .R-Ts
l .Urology worksheet
-Patient information
-Measurement Values information
-Calculation information
Bladder Volume
Prostate Volume
Transition Zone Volume
Predicted PSA Level by whole gland volume,
Predicted PSA Level by Transitional Zone Volume
Prostate Specific Antigen Density
Pediatric Measurements & Calculations
-Hip
System Setup
l .Diagnostic Categories: abdomen, gynecology, obstetric, cardiology, small parts, carotid, thyroid, 3D, kidney, and musculoskeletal, etc. (Depend on the probe)
.User Programmable Preset Capability
l.Factory Default Preset Data
l .Languages setup: English, Chinese
l .Languages for Manuals: English, Simple Chinese,Spanish,French, Russian
l .Body Surface Area: Western, Eastern
l .EFBW:12types
l .WEI/SAB,Shepard,Hadlock1,Hansmann,Tokyo,Hadlock2,Hadlock3,Hadlock4,Hadloc
k5,Shinozuka,Warsof,Campbell,
l .Chroma B: 13 types
l .ChromaPW,CW,M:5 types for each
l .Patient Name and ID
l .Date format::3types mm/dd/yyyy; yyyy/mm/dd; dd/mm/yyyy
l .Clip format: System/PC
l .Print Size:6 steps adjustable
l .System Boot Up: less than 120 sec
l .Probe Change: less than2 sec
l .Sensitivity of the trackball: 1, 2, 3, 4,5,6
Transducers
Transducer Selection
l .Four transducer ports
Inputs & Outputs
l .Audio Stereo Output
l .Video Out
-VGA signal*2
-Video output (NTSC or PAL )
-S-Video output (NTSC or PAL )
l .Connectors
-Remote for B/W Printer or Color Printer
-USB: 6 Ports
-LAN (DICOM port)
-Power for Peripherals
-Foot Switch*2
Operating Conditions
l .Ambient temperature: 10°C to 40°C
l .Relative humidity: 30% to 85% (no condensation)
l .Atmospheric pressure: 700 hPa to 1060 hPa
Storage Conditions
l. Ambient temperature: -5°C to 40°C
l. Relative humidity: <85% (no condensation)
l .Atmospheric pressure: 700 hPa to 1060 hPa
Quality Standards
l .ISO 10993 Biological evaluation of medical devices
Design Standards
l .IEC 60601-1 Electrical medical equipment
l .IEC 60601-1-1 Electrical medical equipment
l .IEC 60601-1-2 Electromagnetic compatibility
l .IEC 60601-1-4 Programmable medical systems
l .IEC 60601-2-37 Comply with the IEC60601-2-37
Not all features or specifications described in this document may be available in all probes
and/or modes.
Packaging & Shipping:
Delivery detail:
1. We ship MY-A029Color DopplerUltrasoundScanner by Sea or air for you.
2. Our MY-A029 Color Doppler Ultrasound Scanner standard export packing, carton box or wooden case
3. No matter what delivery way, all depending on your actual requirements.
Our Services:
1. For all your inquires about us or our MY-A029 Color Doppler Ultrasound Scanner, we will reply you in detail within 24 hours.
2. We own professional team have professional attitude to recommend products and services, introducing the MY-A029 Color Doppler Ultrasound Scanner for you.
3. The MY-A029 Color Doppler Ultrasound Scanner have one year free warranty, after it is still providing after-sales service;
4. We offer OEM services. You can print your own logo on the MY-A029 Color Doppler Ultrasound Scanner..
5. We have very experienced engineers, can help you better use the MY-A029 Color Doppler Ultrasound Scanner or our other products.
Your satisfaction is our duty! It will be our great honor to serve you. We do hope we can offer you more help in medical field and build the long term business relationship with you.
Welcome to visit our company at any time!
| Product name |
MY-A029 Color Doppler Ultrasound Scanner |
| Brand name |
MAYA |
| Packaging Details |
Carton box for MY-A029 Color Doppler Ultrasound Scanner |
| Delivery Detail |
Within 15 days after payment receipt |
| Payment Terms |
T/T, Western Union, Money Gram |
| Port |
Guangzhou |
| Any questions just send us a inquiry |
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