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Color Doppler Ultrasound
Superficial: 5.0-10MHz;
Puncture Guidance: probe puncture guide is optional, puncture line and Angle are adjustable;
Transvaginal: 5.0-9MHZ.
Technology platform: linux +ARM+FPGA;
Color monitor: 15 " high resolution color LCD monitor;
Dual power supply system, built-in large capacity lithium battery, battery power 2 hours duration, and the screen provides power display information;
Color Doppler Ultrasound is a color doppler ultrasound machine which are stable, reliable, portable and easy to operation. It has the characteristics of low price and high image quality. which is used for the examination of abdomen, heart, gynecology, obstetrics, urology, small organs, pediatrics, blood vessels and other aspects, also widely used in small hospitals, clinics, community health centers and other places.
Optional:
Micro-convex probe: abdomen, obstetrics, cardiac
Linear probe: small organs, vascular, pediatrics, thyroid, breast, carotid artery
Convex probe: abdomen, gynecology, obstetrics, urology, kidney
Transvaginal probe: gynecology, obstetrics
Rectal Probe: andrology
＋ General measurement: Including distance, area, circumference, volume, area ratio, distance ratio, Angle, S/D velocity, time, heart rate, acceleration, etc;
＋ Obstetrics: Obstetrics supports the measurement of fetal data ≥3 fetals, including fetal weight algorithm, growth curve display, fetal echocardiography measurement (including left ventricular function measurement, left ventricular myocardial weight, etc.);
＋ Fetal measurement OB1, OB2, OB3;
＋ Blood flow measurement, sampling volume at least 8 levels adjustable;
＋ Automatic measurement of endovascular media;
＋ All measurement data Windows are removable;
＋ Customized comments: Include insert, edit, save, etc.
1.Color Doppler Enhancement Technology;
2.Two-dimensional grayscale imaging;
3.Power Doppler imaging;
4.PHI pulse inverse phase tissue harmonic imaging + frequency composite technique;
5.With the working mode of spatial composite imaging;
6.Linear array probe independent deflection imaging technique;
7.Linear trapezoidal spread imaging;
8.B/Color/PW trisynchronous technology;
9.Multibeam parallel processing;
10.Speckle noise suppression technology;
