3 in 1 Color Doppler USB and Wireless Ultrasound Scanner: 3in1-CLC4CD

3 in 1 Color Doppler USB and Wireless Ultrasound Scanner: 3in1-CLC4CD. FDA approved

Introducing the 3in1-CLC4CD, an innovative USB and Wireless 3-in-1 handheld portable Ultrasound machine that redefines versatility in imaging. This state-of-the-art device seamlessly integrates a convex array probe with a line array probe, providing a distinctive 3-in-1 solution for handheld convex, linear, and cardiac whole-body ultrasound scans.

Immerse yourself in the convenience of the cardiac preset function seamlessly embedded in the convex array probe. The 3in1-CLC4CD is fully compatible with Windows, Android, and IOS, ensuring flexibility across various platforms. Moreover, the hassle of changing the probe’s head is eliminated, simplifying the process through a seamless software switch.

Take your imaging capabilities to new heights with the SIFSOF 3in1-CLC4CD USB and Wireless 3-in-1 Ultrasound. This cutting-edge device offers a comprehensive and efficient solution for diagnostic procedures, empowering healthcare professionals with a versatile tool for a wide range of ultrasound examinations.

Enhance your medical practice with the groundbreaking features of the SIFULTRAS-3.33, a handheld portable ultrasound machine that combines advanced technology with seamless functionality, making it an indispensable asset for modern diagnostic imaging. Elevate your diagnostic experience and embrace the future of ultrasound with the 3in1-CLC4CD.

Specification of the USB and Wireless Portable Ultrasound Scanner

Features of the USB and Wireless Portable Ultrasound Scanner 

• 3 Scanning Modes: Convex, Linear, Phased Array.
• Working System: Apple iOS and Android, Windows.
• Easy to Use, Portable ultrasound machine
• Light-Weight Device.
• Puncture Assist Feature (Needle Point Guide).
• Modes: B, B+M, Color Doppler, PW and Power Doppler.
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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.
• Guidance for reproducible quantification of flow velocities using Pulsed-Wave Doppler.
• Locate 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 arciform 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.