The Color Doppler WiFi Linear Ultrasound Scanner 4-12 MHz CDC-2 which has a frequency of 4-12 MHz, revolutionized the industry by offering the ability to diagnose and treat patients sooner and with more accuracy. The Color Doppler WiFi Linear Ultrasound Scanner 4-12 MHz CDC-2 is one of imaging technology’s most affordable and available modalities. With its 128 number elements and a B-mode frequency of Seven adjustable levels, Color Doppler WiFi Linear Ultrasound Scanner 4-12 MHz CDC-2 also has a Doppler frequency of 4-12 MHz and 128 / 256 scan lines in which it provides multiple displays.
The Color Doppler WiFi Linear Ultrasound Scanner 4-12 MHz CDC-2 is small and smart, convenient for carrying and operating. The dedicated app has a high imaging quality and quality assurance without stuttering and delay. It has also an enhanced processing capacity by providing a comprehensive clinical solution. This product provides you also with an easier preset operation, 32/64 Physical Channels, a Self-developed algorithmic platform, and a 32 per-point emission and focus. Not to mention its Wi-Fi portable connection and a remote diagnosis and education.
The Color Doppler WiFi Linear Ultrasound Scanner 4-12 MHz CDC-2 is available with advanced features as it interfaces with your tablet and it is android compatible. Our color Doppler 4-12MHz CDC-2 adds clinical value and can help support excellent patient care.
This product can be used by many doctors such as the Surgeons in which they can easily scan the veins, the breasts tumor and nodule, The Endocrinologists can also in a few quick steps scan the glands, the Radiologists can take a radial artery color scan…
Color Doppler Mode is needed to:
Give a visual overview of flow within the vessel or heart.
Rapid identification of vessels, valves, turbulent flow.
Evaluate flow direction and velocity.
Measure volume and percent vascularity.
Guidance for reproducible quantification of flow velocities using Pulsed-Wave Doppler.
Locate the area of stenosis or thrombosis.
Determine the existence and amount of arterial plaques and associated turbulent flow.
Find small vessels such as mouse coronary arteries, femoral and arcuate arteries.
Evaluate blood flow after a stroke or other cases due to impaired blood flow.
Observe blood flow to major organs such as heart, kidney, liver pancreas, carotid, abdominal aorta, and others.
Reviews
There are no reviews yet.