Explore the Advantages of a 3D Ultrasound Scanner

Condition: New: A brand-new, unused, unopened, undamaged item in its original packaging (where packaging is applicable). Packaging should be the same as what is found in a retail store, unless the item is handmade or was packaged by the manufacturer in non-retail packaging, such as an unprinted box or plastic bag. See the seller's listing for full details. See all condition definitions- opens in a new window or tab ... Read moreabout the condition

Brand: Carejoy

USB port: 1

Model: RUS-9000B

probe connector: 2

MPN: Does Not Apply

Other Choice: Trolley / Video Printer

UPC: 190891564610

standard Probe: 3.5Mhz Convex probe

Country/Region of Manufacture: China

Machine size: 31cm*21cm*27cm

Warranty: 2 years

Gift for you: 3D Ultrasound image working station

Net Weight: 6.5KG

SVGA Video Out: 2

Display: 12-inch SVGA LCD high resolution monitor

Option probe: Linear/ Transvaginal/ Rectal probe

Why Choose a 3D Ultrasound Scanner?

A 3D ultrasound scanner offers fantastic image quality, which is crucial for accurate medical diagnoses. The advanced technology allows practitioners to visualize internal structures in three dimensions, enhancing their ability to identify issues. This is particularly useful for obstetric and gynecological examinations, because clear images can provide critical insight into fetal health and reproductive conditions.

Functionality of Convex and Transvaginal Probes

The 3D ultrasound scanner comes equipped with both convex and transvaginal probes. Convex probes are perfect for general imaging, providing wide-angle views of internal organs. On the other hand, transvaginal probes are designed for deeper penetration, making them ideal for examining the uterus and ovaries. This versatility ensures that medical professionals can select the best approach for each patient's needs.

Safety and Efficiency in Medical Imaging

Safety is paramount when it comes to medical procedures, and the Safe 3D ultrasound scanner prioritizes patient well-being. The system employs low-frequency sound waves, which are harmless compared to other imaging techniques like X-rays. Because of this, patients experience minimal discomfort while receiving accurate and timely diagnoses, resulting in improved care outcomes.