Ultrasound clinical solutions for cardiovascular

Echocardiography remains the cornerstone of cardiovascular diagnostics—non-invasive, real-time, and essential for evaluating cardiac structure, function, and hemodynamics. From the initial diagnosis of heart failure to the ongoing monitoring of cardiomyopathies, valvular diseases, and ischemic conditions, the quality and efficiency of echocardiographic assessment directly impact patient outcomes.

As clinical workloads increase and patient cases become more complex, cardiologists need solutions that are not only accurate and rapid but also standardized, reproducible, and easy to integrate into daily practice.

Esaote’s advanced cardiac ultrasound suite meets this demand with a comprehensive portfolio of intelligent tools that transform routine echocardiographic exams into efficient, high-value diagnostic workflows.

Esaote’s XCrystal probe PX1-5 delivers exceptional clarity in B-mode imaging, providing deep penetration and excellent resolution even in technically challenging patients. Its advanced architecture ensures high Doppler sensitivity and spatial detail, enabling an accurate assessment of wall motion, valve morphology, and flow dynamics. From subtle endocardial borders to low-velocity diastolic flows, the PX1-5 probe ensures you never miss the details that matter.

Esaote’s AutoEF and AutoCM tools are designed to bring a step ahead in the device use experience. With advanced AI algorithms, AutoEF automatically recognizes apical views and traces endocardial borders offering a proposal of left ventricular volumes and ejection fraction in just seconds. AutoCM complements this by automatically suggesting ventricular wall thickness, internal diameters, and derived values such as LV mass and fractional shortening directly from parasternal views. Moreover, AutoCM assists cardiologists by automatically recommending a calculation of the E/A wave ratio of the mitral valve, providing crucial information on diastolic function.

Together, these tools help clinicians to obtain accurate, guideline-aligned measurements in a fast way, enhancing diagnostic reliability. AutoEF and AutoCM automate key functional and structural measurements—such as ejection fraction, LV volumes, wall thickness, and LV mass— making a smooth workflow, especially in high-throughput clinics.

Esaote’s XStrain™ technology offers cutting-edge myocardial deformation analysis across multiple cardiac chambers and views—including the left ventricle (LV), right ventricle (RV), left atrium (LA), and short-axis (SAX) planes. Utilizing speckle-tracking algorithms, XStrain™ provides a detailed evaluation of the global and segmental strain, enabling early detection of subtle systolic dysfunction that is often missed by traditional metrics.

Esaote’s HyperDoppler technology provides an advanced visualization of intracardiac blood flow dynamics, offering clinicians an intuitive understanding of complex hemodynamics that goes beyond conventional Doppler imaging. By generating real-time vector maps, streamlines, and vortex formations, HyperDoppler enables the detailed assessment of diastolic function, ventricular dyssynchrony, and valvular abnormalities.