MAQ6 Full Touch Screen Color Doppler Ultrasound
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Advanced Imaging Technology
Cloud processing
Panoramic imaging technology enables a wider field of view for better diagnosis.
Spatial compounding imaging enables higher spatial resolution and better frame rate at the same time to generate more useful information and higher quality images for better diagnosis.
Speckle suppression imaging helps to visualize more tissue subtleties to enhance image quality.
Qclear image enhancement
Frequency compounding imaging
Accurate blood flow imaging
Abundant Imaging Mode
Complete imaging modes: B, M, PW, HPRF, CW, Color, Power and DirPower
TDI(Tissue Doppler Imaging)
THI(Tissue Harmonic Imaging) -- enable better contrast and spatial resolution
Free Xros M --Anatomic M mode
Wide-angle imaging
Humanized Design
Full Touch Screen
One Touch Optimize
PIP (Picture In Picture)
Lithium Battery for 2 hours Standby
Rolling M Technology
Multi-language platform
Faultless Data Management
Integration Workstation
DICOM 3.0
Patients' Information management system
Graphic-Text Print
Mini Image Print
USB Connector
Novel Appearance structural Design
15 Inches High Resolution LCD Screen
Weighing approximately 3 KG
Built-in Adapter and Power Supply
Specially, with its small size and design, MAQ6 is easy to transport, expanding its applications to more areas, such as ambulances, gymnasiums and operating theatres, as well as in the field.
MAQ6 helps doctors to scan at wherever and whenever benefit from its quick start, long standby batteries and various kinds of probes.
Build-in patient's data management system let patient's diagnostic data can be storge easily, fast review quickly and manage efficiently. By connecting to printers, diagnostic report will be print out directly.
Moreover, the MAQ6 system gives users plug-and-play connectivity and seamless network to upgrade system and output data. E. G. DICOM, USB ports, DVD recorder, Internet access port.
Diversified Application Mode
Diversified inspection mode from abdominal to vascular to cardiac
Integrated abundant conventional measurements and functions of applied measurements
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