Iris90 Digital Color Doppler Ultrasound Diagnostic System is a full-performance color doppler. Its application includes Abdomen, Obstetrics, Gynecology, cardiology, Blood Vessel, urology, Small Parts, galactophore, pediatrics, new-born, etc.

 

The system has 2D/CFM/PDI/PW/M scanning modes and provides the perfect resolution and sentitivity.  Integrative network ultrasound workstation and support DICOM transmission.

Multiple Operation Mode Available

 

Edge-cutting technologies applied to obtain high-resolution images

 

? High-definition digital continuous beam former

The control of precise ultrasonic beam can eliminate noise effectively, significantly enhance the spatial

? Dynamic Frequency Fusion Imaging technology

Adaptive control transmitter and receiver frequency from near-field to far-field, which can get a perfect combination between strong penetrating and high-resolution images.

? High-definition delay point-by point dynamic receive focusing

High-definition delay focusing point-by point for overall image can show the real and detailed information on the tissue.

? Ultra-wideband Imaging technology

According to characteristics of different groups of people, users can freely choose the best center frequency.

? Adaptive image optimization technology

According to the current received tissue signal, automatically do digital parameter optimization in order to show more perfect ultrasound images.

? Adaptive angiography

According to the current received Doppler echo signals, automatically adopt appropriate filtering program, effectively inhibit the clutter in order to achieve the perfect combination between resolution and sentitivity and show a better effect of blood flow images.

?Adaptive Doppler Imaging technology

Strengthened weak Doppler signals and enhance spectrum signal through complex digital processing technology, so that Doppler sensitivity and display results have been improved.

?Tissue Harmonic Imaing technology ( THI)

At a lower frequency transmit ultrasound, while receive high-frequency second hamonic signals in echo signals to imaging, ensuring good penetration at the same time to enhance tissure imaing resolution and maximized to eliminate artifacts.