MyLab™X6

Category: ULTRASOUND

MyLab^™X6 Ultrasound imaging beyond flexibility

Esaote’s new MyLab^™X6 makes your workflow so efficient and smooth, it does not only increase productivity, but it also empowers your clinical performances. Take advantage of the 21.5” HD IPS technology LED monitor to get outstanding image quality and an unparalleled degree of details from your scans. Fast response and easy interface usage also adapt flawlessly to all of your clinical needs, giving your assessments comfort and flexibility.

Large probe portfolio

Transducers are the core of Ultrasound technology. Integrating physics, electronics and geometrics in their design is the greatest engineering challenge of the Signal Processing Chain.

Transducers are the primary component of a Signal Processing Chain, the system that leads to the final diagnostic image.

Although a great deal of time has been spent on the optimization of scan converters, post-processing algorithms, and sophisticated speckle-reduction technologies, ultrasound transducers remain a scanner’s primary interface between patient and user.

The design, material, and manufacturing technology of transducers are the main determinants of an ultrasound system’s image quality. Thanks to the innovation of gold standard ultrasound transducers, iQProbes offer state-of-the-art imaging.
- Active matrix composite material
- Single Crystal
- Multiple adaptive layers
- Bi-con geometric lens
- appleprobe design
- Extensive use of applications with extended wideband convex, linear, phased array, volumetric, intraoperative and special transducer shapes.

Fast and easy
21.5” LCD widescreen monitor
Zero-click automation
Tailored configuration
Large probe portfolio
Battery
Booting time less than 15 sec*

* from stand-by mode

Applications

Women’s health
The convex and endocavity probes provide excellent image quality for women’s health applications. The 3D convex probe can also be used for standard examinations.
Cardiovascular
MyLab^™X6 is equipped with comprehensive cardiac and vascular configurations. It is a complete system for any cardiovascular ultrasound exam featuring customizable measurements and reporting.
General imaging
Esaote’s new MyLab^™X6 covers all clinical needs, from abdominal to endocrinological applications, to establish a diagnosis and provide the best possible therapy and follow-up.

Applications

General imaging
Esaote’s new MyLab^™X7 covers all clinical needs, from abdominal to endocrinological applications, to establish a diagnosis and provide the best possible therapy and follow-up.
Cardiovascular
MyLab^™X7 is equipped with comprehensive cardiac and vascular configurations. It is a complete system for any cardiovascular ultrasound exam featuring customizable measurements and reporting.
Women’s health
The convex and endocavity probes provide excellent image quality for women’s health applications. The 3D convex probe can also be used for standard examinations.
Point of Care
MyLab^™X7 brings a high level of automation and ergonomics to any point of care setting, thereby improving workflows and reducing examination time.
Shared service
Esaote’s new MyLab^™X7 ultrasound platform is designed to support a full range of shared service diagnostic imaging environments, making it a complete solution for handling the most demanding clinical activities.

Advanced clinical tools

Esaote’s new MyLab^™X6 covers all clinical needs, from abdominal to endocrinological applications, to establish a diagnosis and provide the best possible therapy and follow-up. It provides excellent image quality for women’s health, and is equipped with comprehensive cardiac and vascular configurations.

ElaXto: ElaXto is a non-invasive method that supports the physician in assessing tissue elasticity. The differences in tissue responses are detected and visualized in real time.

Stress echo: Complete Stress echo package with flexible and customizable protocols for imaging acquisition and review, also available with LVO.

Needle visibility: Enhanced and clear visualization of the needle during intervention procedures.

XLight: Advanced algorithm to improve volumetric rendering quality.

Zero-click automation

AutoNT: Automatic measurement of Nuchal Translucency (NT).

AutoEF: Automatic measurement of the Ejection Fraction (fully automated).

QIMT: Automated real-time detection of Intima Media Thickness, including standard deviation and reliability index, based on RF signal analysis.

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XStrain^™: Global strain bullseye (17 segments) as a result of the 3 apical GLS outcomes.

>> GET ACCESS AND ENJOY XStrain^™ APP

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