F3 Trolley Color Doppler 4D Ultrasound Scanner
$0.00
Standard Configuration:
1. Windows (PC) system
2. 17 inch LED color display
3. 3 active probe sockets
4. 2D/4D function
5. Probe frequency: 2.0-12MHZ
6. USB ports, HDMI, DVD-drive DICOM 3.0
7. Full-scale measurement package
8. Extraordinary ergonomics
9. Full digital imaging technologies
10. Trolley
F3 Trolley Color Doppler 4D Ultrasound Scanner
Features:
1. Echo enhancement technology, high performance optimization, provides more realistic images.
2. New intelligent speckle noise suppression imaging technology.
3. Excellent temporal spatial noise reduction technology to improve the penetrating power of difficult patients.
4. Ultra-wide band nonlinear contrast imaging High quality real-time.
5. 4D technology.
6. Advanced spectrum real-time envelope measurement.
Probes |
|
Convex probe |
Trans-vaginal probe |
Linear probe |
Phased array probe |
Mico-convex probe |
Trans-rectal probe |
4D volume probe |
Chongqing Vision Star S&T Co., Ltd. is a leading supplier of ultrasound machines, offering a wide range of products for both human and veterinary use. Our product line includes color doppler ultrasound machines, black and white ultrasound machines, and more.
Our ultrasound machines are designed to provide high-quality imaging for accurate diagnosis and treatment planning. The color doppler ultrasound machines offer detailed and real-time imaging of blood flow, making them ideal for cardiovascular and obstetric applications. On the other hand, the black and white ultrasound machines provide clear and precise images for a wide range of medical examinations.
With a commitment to innovation and quality, Chongqing Vision Star S&T Co., Ltd. ensures that our ultrasound machines meet the highest standards in the industry. Whether it is for human healthcare or veterinary medicine, our products are trusted by professionals worldwide for their reliability and performance.
Choose Chongqing Vision Star S&T Co., Ltd. for advanced ultrasound technology that delivers accurate and efficient results in medical imaging.