Outstanding and versatile application imaging systemWith high precision digital beam forming and Doppler ultrasonic imaging technology,this system incorporated the latest image processing technologies such as THI, speckle reduction, multi-beam parallel processing and efficient full-digital image management system is easy to acquire better image. Special measurement software packages, flexible configuration and ergonomical design greatly increase operators clinical diagnosis accruacy and analysis efficiency. - Application Abdomen, OB&GYN, cardiology, vascular and small parts, urology, musculoskeletal, pediatrics and etc -Displaying mode B、2B、4B、left&right B|M、B|D、PW、M、B mode part zoom; B|C|D、B|C|M、B|C duplex、PW、CFM、CPA -Signal processing Full-digital beam forming, dynamic filter, orthogonal demodulating, space-time filter, dynamic real-time receiving focusing, RDA, DRA, spectral processing, CFM processing -Image processing THI, speckle-reduction, color coder, frame averaging, micro- angle adjustment, wall filter, 256 grey scale, scanning angle/width control, composit processing of tissue and blood flow image -General measurement B mode: distance, angle, perimeter and area (ellipse method, Trace method), volume, histogram, cross-section diagram M mode: cardiac rate, time, distance, speed. -Measurement & report packages GYN(four edition for GA calculation), cardiac, vascular, urology, andriatrics, peripheral vascular, multiple births, orthopedic surgery and etc. -Storage function Probe parameter, image, cine loop, measurement data and report -Cine loop Operated by automatically and manually, speed optional, searching cine loop, forward/ backward cine loop - Input/output interface VGA, network, USB, VIDEO, parallet communication port, serial communication port -Standard configuration Main unit, 3.5MHz convex probe, 17" LCD monitor, 3 probe connectors, DVD-RW, 6 USB ports, 7.8MHz high-frequency linear probe -Optional configuration 3.5MHz micro-convex probe, 7.0MHz transvaginal probe, color video printer, laser printer,DICOM3.0