Esaote MyLab™X7 Color Doppler and Echocardiography Machine
The Esaote MyLab™X7 is a high-performance Color Doppler and Echocardiography machine, offering exceptional image quality and advanced features for comprehensive diagnostic imaging. Ideal for diverse clinical applications, it ensures precision and efficiency in cardiac, vascular, and general imaging.
Key Features
- Superior Image Quality – Delivers crisp, high-resolution images for accurate and confident diagnoses.
- Advanced Doppler Modes – Includes Color Doppler, Power Doppler, and Pulsed Wave Doppler for detailed blood flow analysis.
- Comprehensive Cardiac Package – Equipped with advanced echocardiography tools for in-depth heart assessments.
- Intuitive User Interface – Features a user-friendly design and customizable workflow for enhanced ease of use.
- Versatile Clinical Applications – Supports a wide range of specialties including cardiology, vascular, abdominal, and OB/GYN.
Esaote MyLab™X8 Platform Color Doppler & Echocardiography Ultrasound
The Esaote MyLab™X8 Platform is a versatile Color Doppler and Echocardiography machine, engineered for exceptional image quality and workflow efficiency. Featuring XCrystal probes and automated OB/CV measurements, it delivers precise diagnostics for various clinical applications, including advanced liver assessment.
Key Features
- High-Frequency Probes up to 25 MHz – Provides exceptional detail for superficial and deep tissue imaging.
- XCrystal Probes Technology – Enhances image clarity, penetration, and sensitivity for superior diagnostic confidence.
- Comprehensive Liver Package – Offers advanced tools for detailed liver assessment, including quantitative analysis.
- Automated OB & CV Measurements – Streamlines workflow with one-click, accurate measurements for obstetrics and cardiovascular studies.
- Flexible CV & OB Configurations – Customizable settings and specialized tools optimized for comprehensive cardiac and obstetric examinations.
Esaote MyLab™X9 Premium Color Doppler & Echocardiography Machine
The Esaote MyLab™X9 is a powerful Color Doppler and Echocardiography system with AI-driven technology, delivering top-level image quality and an intuitive workflow. Ideal for advanced diagnostics in cardiology, vascular, and general imaging, it redefines precision and efficiency in ultrasound.
Key Features
- AI-Powered Workflow: Streamlines examinations with intelligent algorithms, reducing manual adjustments and enhancing efficiency.
- X ULTRA™ Platform: Embeds state-of-the-art technologies for superior image clarity, contrast, and resolution across all applications.
- Advanced IQProbes™: Utilizes Active Technology and Single Crystal technology for optimal spatial and contrast resolution, and excellent penetration.
- Comprehensive Connectivity: Supports full DICOM, real-time streaming, and multimodality archiving for seamless data management and collaboration.
- Ergonomic Design: Features Italian design with a high-quality Barco Eonis display and adjustable control panel for enhanced user comfort and productivity.
Esaote MyLab™X90 Advanced Echocardiography & Color Doppler System
The Esaote MyLab™X90 is a cutting-edge ultrasound system specializing in high-performance echocardiography and advanced Color Doppler. It delivers exceptional image quality and comprehensive diagnostic capabilities for precise cardiac and vascular assessments, empowering confident patient care
Key Features
- Dedicated Cardiac & Vascular Performance – Optimized for detailed echocardiography and accurate Color Doppler flow analysis.
- XLight, XCrystal, XProbe Technologies – Enhances image clarity, penetration, and resolution for unparalleled diagnostic confidence in cardiology.
- Advanced Doppler Modes – Features comprehensive Color, Power, and Pulsed Wave Doppler for detailed blood flow analysis.
- AI-Powered Automation for Cardiology – Streamlines cardiac measurements and analysis with intelligent tools for faster examinations.
- Premium Image Quality – Provides incredibly detailed and sharp images of the heart and vessels, even in challenging patients.
