China 3D Portable Color Doppler USG Ultrasound Machine

Econimic Type Laptop Color Doppler
Main features:
With high precision digital beam forming and Doppler ultrasonic imaging technology, Pro incorporated
the latest image processing technologies such as THI, speckle reduction, multibeam parallel processing
and efficient fulldigital 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.

With 18650mA Li battery, enables 3~5 hours continuous scanning
PC based operate platform
-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
15" LED monitor
one probe connector
2 USB ports
DICOM3.0