Biosound Esaote MyLab50 Motherboard

1. Lead time: 2-4 days
2. Warranty: 60 days
3. Part number: 9501222000

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About the Biosound Esaote MyLab50

1. Equipment Overview
MyLab50 integrates advanced ultrasound technology and humanized design, providing high-quality ultrasound images and accurate diagnostic information for clinicians. It is suitable for multiple examination areas such as abdomen, obstetrics and gynecology, small organs, peripheral blood vessels, and rectal/cavity, providing comprehensive diagnostic support for doctors.

2. Technical Features
High-frequency probe: MyLab50 is equipped with probes of various frequencies, including/rectal dual-purpose probes (ultrasound frequency 39MHz, scanning angle 200 degrees) and small organ high-frequency probes (ultrasound frequency 413MHz). These probes can meet the needs of different examination sites and provide clear ultrasound images.
Intelligent image scanning technology: The device uses intelligent image scanning technology, which can automatically adjust parameters such as gain and scale, and act on 2D and Doppler imaging, improving image clarity and diagnostic accuracy.
Pulse code group transmission and reception technology: MyLab50 uses pulse code group transmission and reception technology or similar technology, which balances the transmission pulse frequency according to different examination depths, improves penetration, and makes the image of deep tissue clearer.
Fully digital ultrasound platform: The device uses a fully digital multi-channel beamformer and variable aperture and dynamic apodization technology, and the A/D conversion bit is 16bit, ensuring high resolution and clarity of the image.

3. Application fields
MyLab50 is widely used in various clinical fields, including but not limited to:

Abdominal examination: used to evaluate the morphology, structure and function of abdominal organs such as the liver, spleen, and kidneys.
Obstetrics and gynecology examination: used to evaluate the growth and development of the fetus, the position and morphology of the placenta, and the amount of amniotic fluid.
Small organ examination: Ultrasound examination of small organs such as the thyroid and breast helps to find lesions such as nodules and cysts.
Peripheral vascular examination: used to evaluate the morphology, structure and hemodynamic status of blood vessels, and helps to diagnose lesions such as vascular stenosis and aneurysms.
Rectal/cavity examination: suitable for ultrasound examination in cavities such as the rectum and , which helps to find lesions such as tumors and polyps.

4. Advantages and characteristics
High-definition images: MyLab50 uses advanced ultrasound technology and high-resolution probes to provide clear ultrasound images, which helps doctors make accurate diagnoses.
Easy to operate: The device adopts a humanized design, which is easy to operate, reducing the difficulty and time cost of operation.
Versatility: MyLab50 is suitable for multiple examination fields and has broad application prospects and market demand.
Upgradability: The device supports software upgrades and modular expansions, and can be customized and upgraded according to clinical needs.

About the MyLab50 Motherboard

1. Overview of MyLab50 Ultrasound Device
MyLab50 is a high-end ultrasound diagnostic device produced by Esaote, which is widely used in various clinical fields, such as cardiology, vascular, obstetrics and gynecology, pediatrics, abdomen, urology, musculoskeletal, etc.
The device is famous for its excellent image quality, rich clinical functions and advanced operating platform, providing doctors with accurate diagnosis basis.
2. The role of the motherboard in the ultrasound device
The motherboard is one of the core components of the ultrasound device, responsible for connecting and controlling various functional modules inside the device, such as image processing module, data acquisition module, user interface module, etc.
The performance and stability of the motherboard directly affect the overall performance of the ultrasound device and the accuracy of the diagnostic results.
3. Repair and replacement of the motherboard
If the motherboard of the MyLab50 ultrasound device fails, it usually needs to be tested and repaired by professional maintenance personnel.
During the repair process, professional tools and equipment may be needed to detect the various circuits and components on the motherboard to determine the specific location of the fault.
If the motherboard cannot be repaired or the cost of repair is too high, you may need to consider replacing it with a new one. However, since the motherboard is a core component of the ultrasound device, its price is usually high, and the replacement process requires professional technical support.

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