Trolley color doppler Ultrasound Diagnostic System
| 1： | Summary of main specifications and system of cart type color Doppler ultrasound |
| 1.1 | Trolley type all digital color Doppler ultrasonic mainframe |
| 1.2 | Ultrasonic host operating system: Windows operating system |
| 1.3 | Applications： Abdomen, obstetrics, gynecology, heart, urinary system, small organs, superficial, blood vessels, pediatrics, newborns, musculoskeletal |
| 1.4 | Probes： Convex probe, Tran-vaginal probe, Linear probe, Micro-convex probe, Cardiac probe,4D Volume probe |
| 1.5 | Applications and report： Abdominal,OB,GYN,Cardiac,Urinary,Small Parts,Superficial, Vascular, Pediatrics, Advanced measurement software packages, report software packages, case management software packages, etc. |
| ☆1.6 | carotid artery intima measurement thickness(IMT） |
| ☆1.7 | Automatic spectral envelope measurement |
| 1.8 | Full digital transmission and reception of beam synthesizer |
| 1.9 | Color Doppler imaging（C） |
| 1.10 | Pulse Doppler Imaging（PW） |
| ☆1.12 | Coherent Contrast imaging（CCI） |
| 1.12 | Continuous wave Doppler imaging（CW） |
| ☆1.13 | B/C/D Real-time three synchronous imaging |
| ☆1.14 | Power Doppler imaging（PDI） |
| ☆1.15 | Direct power Doppler imaging（DPDI） |
| 1.16 | M mode imaging |
| ☆1.17 | Anatomic M mode imaging |
| ☆1.18 | Color Doppler M mode imaging |
| ☆1.19 | Elastography |
| ☆1.20 | Tissue Doppler imaging（TDI） |
| ☆1.21 | Strain rate imaging (SRI) |
| 1.22 | Tissue harmonic imaging（THI） |
| 1.23 | Fusion harmonic imaging（FHI） |
| 1.24 | Speckle Reduce imaging（SRI） |
| ☆1.25 | Panoramic imaging |
| ☆1.26 | Deflection imaging |
| ☆1.27 | Trapezoidal imaging |
| 1.28 | Adaptive velocity optimization |
| ☆1.29 | Free hand 3D |
| 1.30 | Real time 3D imaging（3D/4D） |
| 1.31 | DICOM3.0 |
| 1.32 | Monitor：≥19 inch，high definition ultrasonic display |
| 1.33 | ≥10 inch touch screen |
| 1.34 | Physical clipboard: save the image on the left side of the screen, which can be directly saved or deleted. |
| 1.35 | The system has the function of on-the-spot upgrade |
| 1.36 | Presupposition: for different inspection of the viscera, preset the inspection conditions for the best image, reduce the adjustment of the operation, and the commonly used external adjustment and combination regulation. |
| 1.37 | Probe interface: 4 |
| 1.38 | Chinese and English System, Chinese and English input, optional |
| 1.39 | Depth：≥360mm； |
| 1.40 | Extended imaging |
| 2： | Probes |
| 2.1 Convex probe | Fundamental Frequency：2.0MHz/2.3MHz/2.5MHz/3.0MHz/3.5MHz/4.0MHz/4.6MHz/5.0MHz/5.4MHz, Harmonic Frequency： 4.0MHz/4.6MHz/5.0MHz， |
| 2.2 Linear probe | Fundamental Frequency：4.0MHz/4.6MHz/5.0MHz/6.0MHz/7.0MHz/8.0MHz/9.2MHz/10.0MHz/12.0MHz/13.3MHz， Harmonic Frequency： 8.0MHz/9.2MHz/10.0MHz, |
| 2.3 Trans-vaginal probe | Fundamental Frequency： 3.0MHz/3.5MHz/4.0MHz/5.0MHz/5.4MHz/6.0MHz/7.0MHz/8.0MHz/10.0MHz， Harmonic Frequency： 6.0MHz/7.0MHz/8.0MHz， |
| 2.4 Micro-convex probe | Fundamental Frequency： 3.0MHz/3.5MHz/4.0MHz/5.0MHz/5.4MHz/6.0MHz/7.0MHz/8.0MHz， Harmonic Frequency： 6.0MHz/7.0MHz/8.0MHz， |
| 2.5 Cardiac probe | Fundamental Frequency：1.7MHz/1.9MHz/2.1MHz/2.5MHz/3.0MHz/3.4MHz/3.8MHz/4.2MHz/5.0MHz， Harmonic Frequency： 3.4MHz/3.8MHz/4.2MHz， |
| 2.6 4D Volume probe | Fundamental Frequency： 2.0MHz/2.5MHz/3.0MHz/3.3MHz/3.7MHz/4.0MHz/5.0MHz/6.0MHz， Harmonic Frequency： 4.0MHz/5.0MHz/6.0MHz， |
| 3： | 2D imaging mode |
| 3.1 | Gain：0－100，Step 2 adjustable |
| 3.2 | TGC：8 segment adjustable |
| 3.3 | Maximum focus point：≥7, which can be moved throughout the whole process. |
| 3.4 | Speckle reduction：0-5，5 level |
| 3.5 | Space Synthesis：0-2，2 level（Liner probe: 3 level， cardiac probe:0） |
| 3.6 | Dynamic：30-180，35 level，step 5 adjustable |
| 3.7 | Line density：low、middle、high，3 level |
| 3.8 | Frame correlation：0-4,4 level |
| 3.9 | Noise reduction：0-5，5 level |
| 3.10 | Edge Enhancement：0-5，5 level |
| 3.11 | Sound power：2-10, 9 level |
| 3.12 | Grey scale：0-67, 67 level |
| 3.13 | False color：0-67，67 level |
| 3.14 | Image style：Soft-Comparison，2 level |
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