MyLab™Omega

A new standard for portable ultrasound

MyLab Omega eXP delivers premium performance with cutting-edge components, enhancing the ultrasound examination experience through an intuitive workflow supported by dedicated AI tools and outstanding imaging, all in a compact and powerful device. Thanks to extended connectivity functions, MyLab Omega eXP and MyLab Omega eXP CV Edition set a new standard for portable ultrasound in a modern healthcare system, boosting advanced imaging in motion.

Advanced imaging in motion

• XCrystal Transducers Technology enables high-end image quality to provide immediate and accurate information.
• Extreme flexibility lets the system fit into any clinical scenario thanks to its long-lasting battery.
• Augmented Insight enhances workflow efficiency and diagnostic power with dedicated tools and automated measurements.
• Full connectivity meets the challenges of managing healthcare data streams with extensive connectivity and advanced features.

Experience anywhere

MyLab Omega eXP fits into any clinical scenario, from echo-labs and hospitals to cardiology departments and CCU, including emergency departments and point-of-care, thanks to its long-lasting battery. Its extensive range of probes, combined with multi-connector capability, offers flexible configuration, while cutting-edge features meet even the most demanding clinical requirements. The system follows the operator to the patient's bedside to provide complete mobile solutions for effective patient care, whether on its trolley or in handling mode.

Advanced experience

MyLab Omega eXP provides an advanced and comprehensive ultrasound package that incorporates the latest Esaote Augmented Insight technology, driven by artificial intelligence. This package enhances workflow efficiency and diagnostic power with dedicated tools and automated measurements, significantly improving the fluidity of the daily routine.

Cardiovascular applications

Echocardiography has evolved from a specialized tool used in dedicated labs to a vital diagnostic technique across multiple medical fields, including emergency medicine, intensive care, neonatal care and hemodynamics units. Its non-invasive nature, safety and repeatability, coupled with the absence of ionizing radiation, have made it an essential practice beyond cardiology, supporting symptom analysis such as dyspnea and chest pain through to diagnosis and therapeutic management in critical care environments.