Biosound Esaote MyLab20 Ultrasound Control Panel 312506

Biosound Esaote MyLab20 Control Panel

1. Lead time: 2-4 days
2. Warranty: 60 days
3. Part number: 312506

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Related information

About the Biosound Esaote MyLab20

1. Basic Information
Device Name: Esaote MyLab20 Ultrasound Imaging Diagnostic Instrument
Device Category: Imported Class III Medical Device

2. Product Features
Modular Design: Based on the MyLab World modular architecture, MyLab20 is extremely flexible, offering a variety of application packages and optional features to meet the specific needs of each user.
Advanced Imaging Technology: With Esaote's ESA-DYN and XView technologies, the black and white image quality of MyLab20 is truly outstanding in its size and price category. XView is the next generation of Esaote's proprietary solution for excellent contrast resolution. The ESA-DYN microchip allows Esaote to offer high dynamic signal processing unique to MyLab20.
Excellent Color and Doppler Sensitivity: The enhanced color and Doppler sensitivity of MyLab20, as well as superior features such as duplex and triplex imaging and live and frozen zoom modes, prove that there is no compromise in its diagnostic capabilities.
Ergonomic Design: The ergonomic design of MyLab20 makes it a system created for ease of use, improved workflow and efficiency. Each system has three probe connectors and two rest ports for use with a wide range of high-density convex and linear array transducers, including Esaote's unique 200° field of view intracavitary probes. This eliminates the time needed to change probes during or between examinations.
High-quality image display: MyLab20's XVision LCD configuration brings unparalleled image quality in terms of contrast and spatial resolution, while increasing user comfort and reducing eyestrain.

3. Application Scope
MyLab20 ultrasound imaging diagnostic instrument is mainly used for ultrasound diagnostic examinations of the human body, including but not limited to:

Diagnosis of cardiac and great vascular diseases
Ultrasound imaging of neck and limb vessels
Color ultrasound examination of superficial organs such as breast, neck thyroid, submandibular gland, parotid gland and skin, muscle and joint diseases

4. Use and Maintenance
Precautions for use:
Before use, make sure the device is properly connected and powered on.
Select the appropriate probe and imaging parameters according to the examination site.
Follow the operating procedures of the device to avoid unnecessary damage or personal injury.
Maintenance and care:
Clean and disinfect the device regularly to ensure the hygiene of the device.
Regularly check whether the functions of the equipment are normal. If there is any abnormality, contact the maintenance personnel in time for processing.
Follow the equipment manual for maintenance and care to extend the service life of the equipment.
 

About the MyLab20 Control Panel

1. Control Panel Overview
The control panel of MyLab20 is the core part of the interaction between the device and the user. It integrates a variety of functions and setting options, allowing users to easily operate and adjust the device's imaging parameters, image optimization methods, and system settings.

2. Control Panel Layout
Monitor and host: The control panel is usually located below or on the side of the monitor and connected to the host. The monitor is used to display ultrasound images, while the control panel is used to control and adjust these images.
Probe interface: There are usually one or more probe interfaces on the control panel for connecting different types of ultrasound probes (such as abdominal probes, high-frequency probes, etc.). These probes are able to capture ultrasound images of different parts and depths.
Control panel elements:
Trackball/mouse: used to move the cursor on the screen and select menu options.
Keyboard area: Contains numeric keys, function keys, and confirmation keys, etc., for entering data and executing commands.
Gain adjustment: used to adjust the gain of ultrasound images (i.e., the brightness or contrast of the image).
Image optimization buttons: such as dynamic image storage, static image storage, local zoom, color Doppler, pulsed Doppler, etc., used to optimize and save ultrasound images.
System Settings Button: Used to access the device's system settings menu, such as time gain compensation, image resolution adjustment, etc.

3. Operation Recommendations
Be familiar with the control panel: Before using MyLab20, it is recommended that users first familiarize themselves with the layout and functions of the control panel so that they can quickly find the required functions and settings.
Adjust imaging parameters: According to the examination site and imaging requirements, appropriately adjust imaging parameters such as gain, depth, left and right double width to obtain the best ultrasound image quality.
Optimize images: Use the image optimization buttons on the control panel, such as dynamic image storage, static image storage, local magnification, etc., to further optimize and save ultrasound images.
Pay attention to safe operation: When operating MyLab20, please follow the device's safe operating procedures to avoid unnecessary damage or personal injury.

4. Precautions
Regular maintenance: Regularly maintain and service MyLab20 to ensure the normal operation of the device and image quality.
Software update: Pay attention to the software update information released by the manufacturer, and update the device's software version in a timely manner to obtain better performance and functions.
Training and education: For new users or users who are not proficient in operation, it is recommended to receive professional training and education to improve the quality and accuracy of ultrasound imaging.

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