MyLab™X8 Platform

The MyLab™X8 Platform is a high-performance console designed for uncompromising image quality and accelerated workflow. It features a large 21.5-inch HD monitor and a wide, dedicated touchscreen for an intuitive, tablet-like experience. The system is built for the most demanding clinical settings, supporting up to 5 active transducer connectors for instant probe switching. Workflow is streamlined by Zero-Click Automation functions like asyMode and asyColor, simplifying complex procedures. With advanced technologies such as CnTI™ contrast imaging, microV micro-vascular flow, and full strain analysis (XStrain™), the MyLab™X8 offers comprehensive diagnostic confidence across general imaging, cardiovascular, and vascular applications.

Key Features

• Console Design: High-end console system designed for comfort, fast boot-up, and a real stand-up position.

• Workflow: Zero-Click Automation functions (asyMode, asyColor) and Smart Stand-by for extremely fast use and efficiency.

• Probe Connectors: Up to 5 active transducer connectors for multidisciplinary flexibility.

• Visualization: Large 21.5" LCD Monitor and a widescreen multi-function tablet-like touchscreen for control.

• Advanced Imaging Tools:

  • CnTI™: Contrast-Enhanced Ultrasound for perfusion studies.

  • Q-ElaXto: Quantitative Elastography for tissue stiffness assessment.

  • microV: High-resolution visualization of micro-vascularization and slow flows.

  • XStrain™2D/4D & AutoEF: Advanced cardiac analysis for strain evaluation and automatic Ejection Fraction calculation.

  • Virtual Navigator: Fusion imaging for real-time ultrasound guidance using pre-acquired CT/MRI data.

• Probes: Compatible with a large portfolio of Esaote iQProbes offering a lightweight, ergonomic design and imaging up to 24 MHz.

• Connectivity: DICOM, IHE compliance, Wireless connectivity, and remote access features.

Imaging & Visualization Features

The MyLab™X8 Platform delivers limitless ultrasound imaging through a combination of high-end hardware and advanced software technologies:

• Zero-Click Automation Functions: These features accelerate the workflow and simplify complex procedures across different applications, providing very fast interface usage.

• eXP Technologies: Advanced processing technologies that ensure high-level information acquisition in a wide range of applications.

• Very High Frequency Exploration: Supports imaging up to 24 MHz for extremely detailed visualization of superficial structures (e.g., small parts, MSK).

• Advanced Tools for Enhanced Visualization:

  • CnTI™: Contrast-Enhanced Ultrasound technology (with Q-Pack quantification) for studying tissue perfusion and characterizing lesions by quantifying wash-in and wash-out phases.

  • ElaXto / Q-ElaXto: Qualitative and quantitative elastography for assessing and quantifying tissue stiffness.

  • microV: Outstanding visualization of vascularization, enabling the study of even the smallest flows and tissue perfusion.

  • XStrain™2D / XStrain4D: Speckle tracking technology for zero-click strain evaluation and creating a volumetric model of the left heart function.

  • QIMT: Automated real-time measurement of the Intima Media Thickness (for vascular assessment).

  • XView Algorithm: A real-time adaptive image processing technology for speckle reduction and edge enhancement, resulting in increased visibility and image fluidity.

  • XLight 3D/4D: Advanced algorithm to improve volumetric rendering quality, primarily used in Women's Health applications.

  • Virtual Navigator: Fusion imaging technology that allows real-time ultrasound scanning to be overlayed with previously acquired CT or MRI data for accurate biopsy guidance.

The MyLab™X8 is a multipurpose system designed to cover a broad spectrum of clinical needs, including:

• General Imaging: Abdominal, Liver Care (including Liver Elastography).

• Cardiovascular: Comprehensive adult and pediatric cardiac examinations.

• Women's Health: Obstetrics and Gynecology.

• Musculoskeletal (MSK) & Rheumatology: Detailed assessment of joints, tendons, muscles, and soft tissues.

• Vascular: Carotid and peripheral vessel studies.

• Small Parts & Urology: Thyroid, Breast, and pelvic/prostate imaging.

• Interventional: Procedures requiring real-time guidance (e.g., biopsies, ablations).

The system features a large probe portfolio of Esaote iQProbes, which meet "gold quality standards" and offer superb imaging outcomes with ergonomic benefits (reduced musculoskeletal strain for the clinician). The platform is equipped with up to 5 transducer connectors for fast switching.

The compatible probe categories include:

• Monitor and assess a wide range of patients
• Detect normal and abnormal sounds and rhythms
• Useful in non-critical care environments such as a medical office, general ward, OB/GYN, ambulatory clinic or urgent care
• Fun and vibrant; match colour and finish to your personality
• Designed for use with adult and pediatric patients
• tunable, dual-sided stainless steel chest piece with open or closed bell
• Non-chill bell sleeve for greater patient comfort
• Soft-sealing ear-tips provide optimal comfort and excellent sound occlusion
• Made in the USA without natural rubber latex

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• Simultaneous registration and observation of ECG signal from all 12 leads on PC screen,
• Automatic measurement of HR, ST level and slope,
• Printing and archiving examination report which contains: patient's data, the full disclosure ECG of the whole recording, selected strips, average P-QRS-T complexes, table summary, load value, HR, ST level and slope,
• RAMP protocol
• PMHR control
• Digital filtration of mains disturbances
• Digital filtration of muscle origin disturbances
• Resting examination: 12, 6 or 3-channel in manual or automatic mode
• Automatic regulation of isoelectric line position in the middle of registration channel
• Automatic elimination of isoelectric line migration

• excellent quality of ECG waveforms thanks to the use of digital filters eliminating the swimming of the isoelectric line and disruption of muscle origin,
• uninterrupted recording and presentation of 12-lead ECG signal, presentation of averaged P-QRS-T units with 12 leads along with the results of ST level and slope measurements,
• automatic HR measurement, ST level and ST segment slope,

• automatic control of cycloergometer and treadmill load,
• archiving and printing of the research report,
• automatic determination of measuring points with the possibility of manual correction,
• automatic arrhythmia analysis,
• presentation of parameters regarding: test phase, current load, stage time and total effort time,
• monitored parameters: rhythm rate, MET, double product, blood pressure, level, ST segment slope and load,
• real-time ECG printout,
• preview of trends of all measured parameters during the test,
• alarm system for monitored parameters and arrhythmia,
• an option to automatically measure blood pressure,
• archiving and printing a report enabling a reliable assessment of the study (such an report contains ECG, average P-QRS-T assemblies and a table with measurement results),
• standard test protocols and the ability to define your own protocols also in RAMP mode,
• preview the report on the screen before printing the report,
• function of reanalysis of the performed test,
• presentation of 3D trends illustrating ST segment changes.

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• fully compatible with Microsoft Windows environment
• unbeatable tool for alternative placement of electrodes
• independent analysis of the ST segment in all recorded channels, the positioning of all measurement points is user-reconfigurable and may depend on heart rate
• simultaneous arrhythmia detection in all three channels
• automatic signal calibration independent in all channels assures the use of all dynamic range available
• detection, reviewing and editing capability in the qualitative assessment of VE, VT, Single SVE, PSVT, Pauses, Irregular Rhythm, VT, IVR, Brady - and Tachycardia, Couplets, ST-segment elevation and depression, Maximum, Minimum and averaged Heart Rates, artifacts
• validation tool for beat classification making the correction easy and effective
• tabular hourly summaries all quantitative results
• printing of all recorded ECG signal available

• 12-channel digital registration of the ECG signal
• 10-lead patient cable
• registration time: 48 hours or 7 days on SD card
• built-in the real time clock
• EVENT button
• pacemaker detection
• dimensions: 72x76x23 mm

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