| Customization: | Available |
|---|---|
| Classification: | Imaging Diagnostic Equipment |
| Type: | Ultrasound Scanner |
Suppliers with verified business licenses
Audited Supplier Audited by an independent third-party inspection agency
|
1. Product name: Full digital color Doppler ultrasound diagnostic instrument
|
|
2. Purpose description and cargo requirements:
2.1 Meet the basic hospital in the abdomen, obstetrics, gynecology, heart, urinary system,
small organs, superficial, blood vessels, pediatric, neonatal, muscle, physical examination
and other aspects of examination and diagnosis
|
|
3. System technical specifications and overview
3.1. Full digital color Doppler ultrasound diagnosis system host 3.2. Digital beam intensifier 3.3. Multiple beam synthesis 3.4. 2D gray scale mode 3.5. Harmonic imaging technology 3.6.B+C dual real-time mode 3.7.M mode 3.8. Dissecting M mode, sampling lines ≥3 3.9. Doppler imaging (including color, energy, and directional energy Doppler modes) 3.10. Spectrum Doppler imaging (including pulse Doppler, high pulse repetition rate, continuous wave Doppler) 3.11. Tissue Doppler imaging (including tissue velocity map, M mode, spectral imaging, etc.) 3.12. 4D imaging 3.13.★ Contrast imaging technology (optional) 3.14.★ Equipped with PView panoramic imaging technology (optional) 3.15. Spatial composite imaging technology (applicable to abdomen, obstetrics, blood vessels, superficial small organs, dual-amplitude contrast display with the screen) 3.16. Frequency composite imaging 3.17. Extended imaging 3.18. Real-time double contrast imaging 3.20. Real-time tri-synchronous imaging (2D, color and spectral real-time synchronous imaging) 3.21. Speckle noise suppression technology 3.22. Elastography imaging Technology (optional) |
|
4.★ Operation interface: The host contains 10 operation language interfaces.
|
| 5. System technical parameters and requirements 5.1 Standard color LCD ≥15 inches 5.2 ★ Host built-in probe port ≥2, fully activated, consistent in size, interoperable 5.3. 2D gray scale mode 1) Digital beam generator 2) Digital whole process dynamic focus, digital variable aperture and dynamic trace, A/D≥15 bit 3) Receiving mode: Transmitting and receiving channels ≥1024, multifold signal parallel processing 4) Scanning line: the line density of each frame is ≥512 ultrasonic line 5) Emitting acoustic beam focusing: The emission ≥10 segments, and the focus position has special menu adjustment 6) TGC≥8 segments 7) Gain adjustment: B/M/D is independently adjustable, ≥100dB 8) ★ Dynamic range adjustment: ≥180dB 8) ★ Maximum display depth ≥360mm 9) Grey level: ≥67, adjustable in sight 10) Sound power: 1%-100% 11) 2D independent deflection of linear probe 12) Local magnification (1.5/2.0/2.5/3.0/3.5, 4.0/4.5/5.0/10 times) 5.4. Color Doppler imaging 1) Imaging mode: including speed, velocity variance, energy, direction energy display, etc 2) Display mode: B/C, B/C/M, B/POWER, B/C/PW 3) Line density ≥ level 3 4) Color hiding technology: Color can be hidden without going back to 2D mode, and only color speed scale can be displayed 5) Function of blood flow profile, color blood flow profile to measure the velocity inside the blood vessel 5.5. Spectral Doppler mode 1) Display format: full screen, duplex/triplex (PW only) 2) Gain: ≥100dB 3) Multi-spectral speed: adjustable ≥4 levels 4) Maximum measurement velocity: PWD: positive or reverse flow velocity ≥7.6m/s; CWD: Flow velocity ≥20.0m/s, minimum velocity: ≤ 5mm /s (non-noise signal); 5) Zero movement: ≥8 level 6) Display mode: B, PW, B/PW, B/C/PW, B/CW, B/C/CW, etc 7) Automatic and manual measurement of the spectrum 8) Display control: reverse, zero shift, B refresh, D extension, B/D extension, etc 9) Intelligent Doppler technology can switch freely between real-time B+CFM mode and real-time PW mode. 5.6. 4D mode: 1) Four-dimensional imaging mode: surface mode, maximum mode, minimum mode, perspective mode, etc 2) Display mode: single, double and four. 3) Cropping function. 4) Level 1-509:10 of transparency is adjustable 5) threshold 0-129 6) smooth≥4 7) 4D format to store pictures, movies and body data 5.7.★ Standard panoramic imaging (optional) 1) Under high resolution, the maximum display length can reach 50cm 2) Forward writing can be supported during imaging without re-imaging 3) Equipped with 2D and color panoramic imaging modes 5.8.★ Enhanced puncture function (linear probe) (optional) 1) The angle and position of puncture needle can be adjusted 2) It has two guidance modes: puncture line and puncture guidance range 5.9. Probe ports ≥4, all activated. Volume probe plug and play. 5.10. Probe: Broadband frequency conversion probe, 2D and color independent frequency conversion, 1) Abdominal probe: convex, ultrasonic frequency 2.0-5.4mhz 2) Small organ superficial probe: linear, ultrasonic frequency 4.0-13.3mhz 3) Trans-vaginal probe: micro-convex, 5.0-9.0mhz, conventional scanning angle ≥160°. 4) Probe configuration: 1 convex probe and 1 superficial high-frequency probe; It can be equipped with phased-array cardiac probe, trans-vaginal probe and abdominal 4D probe. 5) Requirements for linear probe: number of array elements: 80 array elements (optional 128 array elements); 6) Fundamental wave frequency conversion of the probe ≥3 segments; 7) 1. The convex probe: fundamental frequency: 2.0 MHz / 2.3 MHz / 2.5 MHz / 3.0 MHz / 3.5 MHz / 4.0 MHz / 4.6 MHz / 5.0 MHz / 5.4 MHz, nine frequency conversion Harmonic frequency: 4.0mhz / 4.6mhz / 5.0mhz, three frequency conversion 2. Linear probe: fundamental frequency: 4.0 MHz / 4.6 MHz / 5.0 MHz / 6.0 MHz / 7.0 MHz / 8.0 MHz / 9.2 MHz / 10.0 MHz / 12.0 MHz / 13.3 MHz, nine frequency conversion Harmonic frequency: 8.0mhz / 9.2mhz / 10.0mhz, three frequency conversion 3. Trans-vaginal probe: Fundamental frequency: 3.0 MHz / 3.5 MHz / 4.0 MHz / 5.0 MHz / 5.4 MHz / 6.0 MHz / 7.0 MHz / 8.0 MHz / 10.0 MHz, nine frequency conversion Harmonic frequency: 6.0mhz / 7.0mhz / 8.0mhz, three frequency conversion 4. The phased array probe: fundamental frequency: 1.7 MHz / 1.9 MHz / 2.1 MHz / 2.5 MHz / 3.0 MHz / 3.4 MHz / 3.8 MHz / 4.2 MHz / 5.0 MHz, nine frequency conversion Harmonic frequency: 3.4mhz / 3.8mhz / 4.2mhz, three frequency conversion 5. High frequency phased array probe: fundamental frequency: 3.0 MHz / 3.5 MHz / 4 MHz / 5 MHz / 5.4 MHz / 6 MHz / 7 MHz / 8 MHz, eight frequency conversion Harmonic frequency: 6MHz/7MHz/8MHz, three frequency conversion 6. Volume probe: the fundamental frequency: 2.0 MHz / 2.5 MHz / 3.0 MHz / 3.3 MHz / 3.7 MHz / 4.0 MHz / 5.0 MHz / 6.0 MHz, eight frequency conversion Harmonic frequency: 4.0mhz / 5.0mhz / 6.0mhz, three frequency conversion 7. Micro-convex probe: fundamental frequency: 3.0 MHz / 3.5 MHz / 4.0 MHz / 5.0 MHz / 5.4 MHz / 6.0 MHz / 7.0 MHz / 8.0 MHz, eight frequency conversion Harmonic frequency: 6.0mhz / 7.0mhz / 8.0mhz, three frequency conversion 8. visual abortion probe: fundamental frequency: 3.0 MHz / 3.5 MHz / 4.0 MHz / 5.0 MHz / 5.4 MHz / 6.0 MHz / 7.0 MHz / 8.0 MHz / 10.0 MHz, nine frequency conversion Harmonic frequency: 6.0mhz / 7.0mhz / 8.0mhz, three frequency conversion Note: According to customer's needs, it can be equipped with convex probe, linear probe, trans-vaginal probe, micro-convex probe, phased array probe, volume probe, visual abortion probe 5.11. Technical requirements of electronic convex probe: Frequency range: 2.0-5.4mhz, lateral resolution: ≤2 (depth ≤80), ≤3mm (depth ≤130) axial resolution: ≤1 (depth ≤80), ≤1mm (80 < depth ≤130) blind area: ≤3mm Geometric position accuracy: Transverse: ≤5%; Longitudinal: ≤5%. Detection depth ≥ 240mm. 5.12. Technical requirements of electronic linear probe: frequency range: 4.0-13.3mhz, lateral resolution: ≤1 (depth ≤40), axial resolution: ≤0.5 (depth ≤50), blind area: ≤3mm, geometric position accuracy: transverse: ≤4%; Longitudinal: ≤2%. Detection depth ≥ 100mm. |
| 6. Measurement/analysis and reporting: 6.1 Conventional measurement: distance, area, ellipse, reticle, angle, distance ratio, volume, volume (ellipse), area ratio, diameter, joint angle. 6.2 Specialist special measurement 1) cardiac measurements: automatic spectrum envelope, left ventricle, main pulmonary artery diameter, RVEDd, RVEDs, left ventricular muscle, left, HR, mitral valve blood flow volume, aorta, aortic regurgitation and left ventricular outflow tract, tricuspid valve and pulmonary valve and pulmonary vein blood flow, right ventricle, doppler cardiac sound, left ventricular ejection time, left ventricular myocardium, left ventricular myocardial performance index, the aortic valve 2) Vascular measurement: carotid intima (IMT), length stenosis ratio, area stenosis ratio, IMT (posterior wall), IMT (anterior wall) 3) ★Obstetric measurements: obstetric measurements and analysis, contrast analysis of the has 2 or more children, fetal growth curve display, fetal anatomic structure description, fetal physiology scoring, automatic NT measurement, fetus, amniotic fluid index, fetal weight, gestational sac, head butt diameter, the forehead after long, humerus, ulna, neck pillow size transparent layer, fibula, nasal bone length, long radius, the tibia 4) Gynecological measurement: uterine, cervix, uterine body/cervix, left ovary, right ovary, dominant follicle, uterine body, endometrial thickness 5) Urinary measurement: prostate, residual urine, left kidney, right kidney, left adrenal gland, right adrenal gland, left testis, right testis, left seminal vesicle and right seminal vesicle 6) Abdominal measurements: liver, common hepatic duct, portal vein diameter, gallbladder, common bile duct, pancreas, spleen, abdominal aorta diameter, kidney 7) Small organ: thyroid |
|
7. Peripheral Parts:
7.1. Equipped with a set of ultrasound graphic workstation, the workstation software shall
have registration certificate, supporting digital black and white, analog black and white,
digital color, analog color, text and video printers, and supporting foot switch.
7.2 Support network connection
7.3 Support DICOM 3.0 DICOM obstetrics and gynecology, heart, blood vessels report
7.4 Video/audio input and output
7.5 The host comes with USB interface
7.6 Support the ultrasound system to send clinical pictures and reports directly to the computer
through the network
|
|
8. Movie playback and raw data processing:
8.1 Movie playback ≥2000 frames, manual and automatic playback is supported
8.2 Raw data processing, can be static files and playback of dynamic images for offline
parameter analysis, such as gain, pseudo-color, gray scale curve and other parameters of
adjustment
8.3 Digital hard disk capacity ≥256G, can store dynamic and static images permanently, and
can read, transmit and delete images at any time
8.4 Various exported image formats: Dynamic image and static image are exported directly inPC format, and images can be viewed directly on ordinary PC without special software. At the
same time, the image data can be exported and backed up for real-time inspection without
affecting the inspection operation
8.5 With professional probe placement rack ≥2 (excluding gel placement rack) each probe
placement rack can be changed around
|
Trolley (Option)
| 1. | Convex Array probe |
| 2. | High Frequency Linear probe |
| 3. | Micro-convex Array probe |
| 4. | Trans-rectal probe |
| 5. | Transvagional probe |
| 6. | 4D probe |
| 7. | Visual abortion probe: |
){kind=link}