Understanding the 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

probe connector: 2

Model: RUS-9000B

Other Choice: Trolley / Video Printer

MPN: Does Not Apply

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

USB port: 1

Type: Ultrasound Scanner

UPC: 190891708489

What is an Ultrasound Scanner?

An ultrasound scanner is a pivotal tool in modern medicine, used to visualize internal organs and tissues. This device employs sound waves to produce images, allowing healthcare professionals to diagnose conditions without invasive procedures. The ultrasound scanner is particularly essential for monitoring fetal development during pregnancy. It provides real-time imaging and has become a standard of care in multiple medical specialties, including obstetrics and cardiology.

Types of Probes Available

This ultrasound scanner comes equipped with various probes, including convex, transvaginal, and linear types. The convex probe is versatile for abdominal examinations, while the transvaginal probe is specifically designed for gynecological assessments offering detailed images of the female reproductive system. In contrast, the linear probe is used for vascular studies and musculoskeletal imaging, ensuring tailored examinations based on patient needs.

3D Imaging and Printing Capabilities

Advanced models of ultrasound scanners now feature 3D imaging and terminal printing capabilities. This innovation enhances the visualization of complex anatomical structures, providing a comprehensive view for diagnostic accuracy. 3D imaging allows clinicians to obtain better spatial understanding of organs and tissues, aiding in precise evaluations. Furthermore, the terminal printer enables immediate access to printed images, facilitating efficient communication of results within the healthcare team.