Application: Medical Use

Features: Advanced technology for a wide range of clinical solutions
MyLab ™ ClassC's innovative features make it easy, fast and reliable to access diagnostics and data sharing in any environment.
Preventive and quantitative analysis of cardiovascular imaging is easy at the touch of a button: Prevention kits combined with advanced RFQIMT, RFQAS, XStrain ™ and CFI technologies and state-of-the-art iQ Probes create the best clinical solution for diagnosis. In the field of conventional imaging, the latest CnTI ™ contrast-matched imaging (contrast inspection), HD CFM and XFlow, high-frequency imaging, X4D technology, Virtual Navigator and Elaxto elastography can cover any clinical need.

Image Processing: Esaote uses a number of technologies to improve imaging processing. TEI ™ ensures that harmonic signals are fully preserved without degrading the quality of the acoustic information. MView and XView improve the quality of ultrasound images by reducing artifacts, shadows, and speckles.

CnTI ™-Contrast-matched imaging for contrast agent examination: CnTI ™ is another revolutionary technology from Esaote. It integrates the latest generation of ultrasound examination contrast agent to achieve accurate microbubble diagnosis and obtain satisfactory clinical examination results. It uses ultra-low sound pressure technology to prolong the service life of the bubble and can clearly distinguish the arterial and advanced stages. The probe has high sensitivity, low noise, and low artifact level, which can accurately diagnose lesion detection and identification. In addition, the company also introduced quantitative analysis tools for imaging.

HD CFM and XFlow-Extraordinary flow sensitivity and spatial resolution: The sensitivity and resolution of color Doppler ultrasound equipment are key factors in assessing blood flow, especially blood flow examinations with limited size and speed. HD CFM technology helps users define the right settings for maximum clinical information. For specific diagnostic processes where morphological information is more important than hemodynamic information, XFlow can present ultra-clear images, reduce artifacts, and reduce the impact of sonic angles.

High-frequency imaging: Esaote has been a leader in high-frequency imaging. The level of detail presented in the application of superficial imaging is unmatched to this day. 22 MHz sensors, XView, MView, ElaXto and X4D, as well as the "millimeter-level universal" toolkit, etc., are all manifestations of the potential of MyLab ™ ClassC technology. The clinical results are amazing, opening up a whole new field of research and reaching diagnostics. New level. Advanced technologies such as ElaXto and X4D are implemented not only as additional sources of qualitative analysis information, but also as important quantitative analysis toolkits for fast and targeted diagnostics.

X4D technology: The advanced 3D / 4D toolkit uses innovative methods to display traditional 2D ultrasound images through sophisticated algorithms, enabling superior 3D / 4D stereo data reconstruction. The multi-dimensional display shows measurement data for length, surface, perimeter, diameter and angle, and area for easy quantitative analysis and qualitative acquisition. It also displays links to a special database that archives all personal data sets.

RFQIMT-RF signal vascular endometrial analysis technology for early diagnosis of cardiovascular disease: RFQIMT is mainly used to measure the thickness of blood vessels in the carotid artery portion selected for inspection. It is easy to use and provides real-time feedback quality, which effectively helps operators to obtain accuracy Reproducible results. The measurement results (even the examination results in different periods) can be reported using standardized display graphics, and the drawing cursors on the display screen provide doctors with corresponding assistance during diagnosis and treatment.

RFQAS-Arterial stiffness analysis technology for early diagnosis of cardiovascular disease: RFQAS is mainly used to measure the blood vessel stiffness area of ​​the carotid artery portion selected for examination. Vessel wall stiffness is usually expressed in terms of brachial artery blood pressure, diameter, and accurate measurements of diameter changes. In addition, the ultrasound measurement site also provides local blood pressure. Local blood pressure and stiffness require quantitative clinical analysis after complex clinical studies.

Automatically adjusting and measuring Doppler contour quantitative analysis is undoubtedly an important part of cardiac and vascular ultrasound examination. After placing a certain amount of sample, the Doppler trace is immediately displayed on the monitor, and the user can select the real-time evaluation of all key clinical parameters after enabling the ADM function. If the frozen frame mode is preferred, you can still track Doppler contours and automatically track the maximum, average, or minimum. Features such as ejection fraction and automatic measurement (ADM) provide quantitative analysis of important clinical parameters in a short period of time. Therefore, if further examination of underlying diseases is needed, these features can help to quickly screen and accurately care for patients.

CFI-coronary blood flow imaging, used to evaluate coronary blood flow and its main characteristics: the assessment of coronary blood flow characteristics is of great significance, and can also be used for embryonic heartbeat examination without any externally induced cardiac stress. When the CFI color Doppler preset is enabled, the signal from the coronary blood flow optimizes the common velocity components of the blood flow in the ventricles and arteries. The combination of cardiac iQ-probe and dedicated coronary blood flow imaging (CFI) presets optimizes examination performance in CFM / PW mode for easy detection and measurement of coronary blood flow.

XStrain ™: XStrain ™ is a non-invasive tool that better examines myocardial function, probes and quantifies features of the heart's physiological functions, which were not detected and quantified by previous ultrasound techniques. Myocardial velocity, myocardial strain, and strain rate can all be used as indicators of early heart damage (evaluated by ejection fraction or stroke volume). XStrain ™ uses angle-autonomous technology, so the left and right ventricular contractility can be evaluated simultaneously. XStrain ™ is an innovative tool for mechanically assessing heart wall motion. As a result, it can provide qualitative analysis support for standard cardiac acoustic examinations, which can be used to examine and monitor patients for easy identification of early signs of damage to heart wall motion.


Virtual Navigator Advanced Imaging Tools (US and CT / MR / PET-CT): Apply Virtual Navigator virtual imaging technology in ultrasound examination, integrate secondary imaging equipment (CT, MR, PET or 3D ultrasound examination equipment) in real time to improve ultrasound The value of scanner diagnostic information is designed to combine all the benefits of different imaging devices in the same inspection.

Virtual Biopsy-Advanced biopsy technology that can also be applied in difficult examinations: "Virtual Biopsy" facilitates superimposing stitch information on real-time ultrasound images during percutaneous puncture examinations.

If physicians have advanced cardiovascular and conventional imaging ultrasound systems, they will definitely require the device to have the latest platform, superior performance and advanced on-board technology, as well as extreme simplicity and ease of applicability. MyLab ™ ClassC is a design product based on these key concepts, designed to create reliable diagnostics and ensure efficient daily work. With a single glance, discover that MyLab ™ ClassC has the ultimate simplicity never before seen in an advanced ultrasound scanner.