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Manufacturer's official company name and address details.
Key compliance and regulatory information for the MyLab system.
Mentions intellectual property and identification purposes for names.
Information on patient and operator safety and system conformity standards.
Manual details system installation and main usage instructions.
Detailed instructions for MyLab probe usage and related consumables.
Information on probe temperatures and acoustic output, supplied on CD.
Describes advanced features, image optimization, measurements, and archiving.
Specifies the target users for MyLab manuals and required prior knowledge.
Outlines system usage limitations, operator responsibilities, and probe care.
Details conditions under which Esaote is responsible for product safety and reliability.
Covers system safety and efficiency guarantees, maintainability, and disposal.
Guidance on disposing of MyLab systems according to WEEE directive and local regulations.
Explains software licensing, intellectual property laws, and user rights.
Details end-user license terms, copying, transfer, and modification restrictions.
Describes post-market surveillance and reporting of potential hazards or malfunctions.
Discusses handling of lithium-ion batteries and mercury-containing fluorescent lamps.
Explains system design for electromagnetic environments per IEC 60601-1-2.
Details MyLab's RF and harmonic emissions compliance for different environments.
Lists criteria for MyLab's core functional performance, free from artifacts.
Explains electromagnetic tests simulating transient environments for MyLab.
Specifies immunity test levels and guidance for MyLab in various environments.
Details immunity test levels for conducted RF, radiated RF, and power frequency magnetic fields.
Advises on maintaining distances from RF systems to prevent interference with echographic image.
Covers built-in wireless capability, distance recommendations, and potential interference.
Defines MyLab's purpose for diagnostic general ultrasound studies and guidance.
Lists available probes and their corresponding clinical applications and biopsy capabilities.
Specifies the age, location, sex, weight, and height criteria for MyLab's patient population.
Identifies qualified operators for MyLab systems, including sonographers and physicians.
Lists specific uses, such as ophthalmic, for which MyLab is not intended.
Describes components like handle, touchscreen, speakers, and probe holders.
Details location of fuse box, main switch, power cable socket, and earth terminal.
Explains how to connect imaging and Doppler probes to the system's connectors.
How to adjust the control panel and screen position using levers for operator comfort.
Information on internal battery pack, charging, status indicators, and lifetime.
Describes system error codes, causes, and recommended actions for battery and power supply issues.
Waiting times required for system acclimation to ambient temperatures before initial use.
Steps for connecting the MyLab system to a network for connectivity features.
Guidance on connecting external devices like printers and monitors to the system.
Details MyLab's safety features, insulation transformer, and compliance with standards.
Defines patient environment conditions (A, B, C) based on IEC60601 for system installation.
Procedure for plugging the system into the power mains for operation.
Steps for powering the system on and off at the examination site.
Overview of controls on the Control Panel Assembly including panel, touchscreen, and keyboard.
Details main imaging controls, exam buttons, knobs, and trackball functions.
Describes the touchscreen organization into navigation, main, knobs, and exam management areas.
Explains the four main screen areas: Heading, Footer, Image, and Thumbnails.
Describes trackball operation in standard and mouse modes for cursor positioning.
Information on Wi-Fi status icon and connectivity details, referring to advanced manual.
Icons and management of archival media, with reference to advanced manual for details.
Details elements in the image area independent of active mode, application, or probe.
Lists parameters for Imaging, CFM, and Doppler modes with their descriptions.
Displays saved clips and images as thumbnails, organized chronologically.
Optimizing MyLab for specific exams by setting parameters like presets, measures, and annotations.
Defines MyLab parameters related to specific system profiles like DICOM and network configuration.
Sets general MyLab parameters including setup, security, licenses, and system info.
Common procedure for setting parameters via the configuration screen using commands like EDIT, CLONE, NEW.
Explains setting up options like presets, measurements, annotations, and bodymarks.
Steps to create or modify presets via the MENU, grouping by probes and applications.
Adjusting real-time image parameters to create or overwrite presets.
Allows recording and saving key sequences for customized touchscreen buttons or macros.
Accessing eTouch menu to configure customized touchscreens and record macros.
Enables creation of personalized system configurations for each user.
Setting the center name for display in the Heading Area and report header.
Configuring general system settings like date, time, measure units, and shutdown types.
Option to set system date and time, with various display format options.
Configures trackball speed, left click action, character set, shutdown type, etc.
Options for different system shutdown behaviors like standby, full shutdown, or virus scan.
Manages installation and status of optional and demo licenses for system features.
Process for activating new licenses by entering license numbers and verifying them.
Allows saving and loading customized clinical and system settings to/from USB media.
Displays model, serial number, hardware ID, software version, and BIOS revision.
Preserves health data confidentiality through encryption performed by Esaote Service.
Initial steps after power-up or new exam start: Patient ID, probe, application, preset selection.
Methods for entering patient details and application-specific data for an exam.
How to select the appropriate probe from connected options displayed on the touchscreen.
Choosing the correct application from the list available for the selected probe.
Selecting the desired preset (Clinical Setting) to optimize system parameters for the exam.
General overview of actions during an examination session.
Procedures for capturing and saving single images or cineloop sequences.
Using FREEZE to stop acquisition and review saved images via the scroll bar.
Enabling exam review, switching to pointer mode, and scrolling through saved items.
Steps to conclude an exam, archive data, and optionally anonymize patient information.
Importance of periodic cleaning for MyLab reliability and performance, listing compatible agents.
Procedure for cleaning the control panel and system using a soft cloth and water or approved agents.
Steps for accessing and cleaning the trackball and its housing with a dry cloth and cotton swab.
How to remove and clean probe and gel holders using mild soap solution.
Instructions for cleaning the touchscreen surface with dry or slightly dampened cloths.
Method for cleaning the LCD screen to remove dust and particulate matter.
Guidance on cleaning the LCD case using a soft, dry cloth and mild detergent.
Details MyLab model differences based on installed licenses and availability.
Explains how licenses enable system functions and are linked to the serial number.
Lists available application licenses for MyLab systems like Cardiology, Radiology, etc.
Describes various system features such as 3D/4D, AutoAdjust, DICOM, Elastography, etc.
Lists overall product specifications including display, probe connectors, video output, and connectivity.
Information on the built-in color LCD, Full HD monitor, and touchscreen LCD sizes and resolutions.
Details the number and types of electronic probe connectors available on the system.
Lists I/O connectors including LAN, USB ports, and Wi-Fi specifications.
Provides specifications for power cables used in different regions and their connectors.
Specifies temperature, humidity, and pressure conditions for optimal system operation.
Lists relevant standards and their titles for medical electrical equipment and usability.
General| Category | Medical Equipment |
|---|---|
| Type | Ultrasound System |
| Transducer Ports | Up to 3 |
| Storage | Internal and external storage options |
| Power Supply | AC 100-240V, 50/60Hz |
| Imaging Modes | Color Doppler |
| Advanced Imaging Technologies | Speckle Reduction Imaging |
| Connectivity | DICOM, USB, Ethernet |
| Applications | Cardiology, Obstetrics, Musculoskeletal |
| Portability | Cart-based system |
| Display | 15-inch LCD monitor |
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