ZONARE Z.One Pro Ultrasound System

Brilliant Performance For Point-of-Care

The ZONARE Z.One Pro Ultrasound System Emerald Edition 2.0 is a powerful and portable advanced point-of-care imaging platform. Powered by software-based ZONE Sonography® Technology+ (ZST+), the Z.One PRO System provides optimal B-mode and Doppler imaging for patients, regardless of body habitus, helping ensure a reliable diagnosis. With a full family of transducers (from 2 – 20 MHz) and a wide range of applications, the Z.One PRO System is the imaging answer to your difficult clinical cases.

The Z.One PRO System’s ergonomic and lightweight design, coupled with an on-board battery, enables clinicians to make a rapid diagnosis anywhere in the department. An optional simplified user interface (with 38% fewer buttons) is also available to cater to a wider base of physicians.

Imaging Architecture
ZONE Sonography® Technology+ (ZST+)
The industry’s first virtual beamforming architecture and the source of Living Technology. ZONE Sonography® Technology+ (ZST+) is a revolutionary, software-driven approach to acoustic data acquisition and image formation that breaks the barriers of conventional ultrasound imaging. Using a variable number of large imaging “ZONES”, ZST+ is capable of utilizing up to 90% of the acoustic dataset at speeds 10 times faster than conventional beamforming. This expanded acoustic data set is retained and processed by patented high-speed digital processing techniques and software algorithms that are radically different from hardware-based imaging

Advanced Technologies
Clinical Clarity Within Reach
CEUS
Contrast Enhanced Ultrasound
Contrast Enhanced Ultrasound (CEUS), Mindray’s unique approach to contrast imaging, allows clinicians to obtain the information needed with a lower dose of the contrast agent. CEUS available on the C4-1 transducer.

Needle Optimization
Needle Visualization Technology
Advanced needle visualization technology allows increased needle visibility even during steep-angled procedures, while maintaining superior image quality. Improved confirmation of needle location in tissue minimizes harm to surrounding tissue.