Consult Esaote’s entire MyLab™25 Gold – Brochure catalogue on MedicalExpo. Page: 1/ ESAOTE MyLab Five W/ 1- CONVEX TRANDUCER. $6, ultrasound machine- biosound esaote mylab 25 ultrasound, LA probe. The system is delivered by ESAOTE, with the licenses installed. MyLab Models. MyLab Basic. Configuration. MyLab25 basic configuration consists in the.
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This new concept reflects and fully satisfies the recent evolution of user needs: A wide range of transducers provide a specific solution for every application while advanced image optimization methods such as XView and MView ensure clear images even in difficult-to-scan patients. Dedicated settings and automatic functions help the operator reduce the time per exam, increasing productivity while maintaining high diagnostic confidence.
Advanced tools provide quantitative information, for diseases scoring, therapy monitoring and patient follow up. A growing number of ultrasound users are looking for an optimal solution where high performance meets portability.
Moreover, the high-level platform ensures extended modularity and upgradeability as well as easy and fast service diagnosis and recovery procedures. The effects of sonographers’ repetitive strain injuries due to the constant tension on muscles, tendons and nerves can be reduced by refined design. When not scanning, sonographers can relieve tension on the fingers and the wrist, simply by keeping the probe between the fingers.
By offering a double approach standard and innovativethe optimal solution can be always selected. Private offices are mylag evolving, and physicians ask for easy and fast modalities to export, review, report and share clinical data. Specifications subject to change without notice. Information might refer to products or modalities not yet approved in all countries.
Product images are for illustrative purposes only.
For further details, please contact your Esaote sales representative. It represents the state of the art in terms of concrete value, technology and diagnostic capability. X4D technology makes volumetric ultrasound scanning easier and more effective than ever and provide raw data for further elaborations and reconstructions. X4D technology provides astonishing volume reconstruction, normally delivered by high-end systems. The easy and comprehensive user interface allows immediate elaboration of the acquired data.
Multi-planar and tomographic visualization provide better evaluation of the shape and dimensions of the reconstructed volumes. Click the image to view Esaote Advanced Technologies Images.
Esaote: Healthcare, Lab & Life Science | eBay
From the very beginning of the diffusion of Information Technology into the medical environment, Esaote has been recognized as a world leader in managing and sharing clinical data, providing a solid contribution to the revolution that is bringing the medical world to an unexpected level of esaoge.
Esaote suggests a complete range of dedicated Printers and DVRs which can be connected to your ultrasound scanner to allow the best image quality printing and cover any specific mglab in diagnostic archiving. Choose your own commercial printer and get the best image quality you wonder.
To receive more info about the specific characteristics and the compatibility with the present ultrasound system, please send your requests to your Esaote sales representative.
In accordance with this directive, Esaote has classified it as Class IIa devices. Overview Features insight Download.
Esaote MyLab Gold Portable Ultrasound – Davis Medical Electronics
The Gold Standard for quality and solutions meets portable ultrasound to deliver unmatched performance, defining a new class of system. Two probes simultaneously connected to the system allow fast selection and activation as well as an extended range of applications, even in the portable configuration. The high-level of the system ensures probe compatibility with top-end systems.
Derived from top-end systems, it offers extended control panel and mode-dependent controls, to obtain the best imaging in the shortest time. Ease of use and user comfort are guaranteed. The most recent LCD technologies ensure clear image visualization, low reflection and eyestrain. Mobility is a rapidly growing request both in the private and public environment.
When positioned on the stationary trolley, it offers the consistency of a standard console system, including a large LCD monitor, extended back-lighted keyboard, probe holders and peripheral locations.
Musculoskeletal Neonatal Vascular Esaots A wide range of transducers provide a specific solution for every application while advanced image optimization methods such as XView and MView ensure clear images even in difficult-to-scan patients. More Than Image Quality: The Next Generation In Transducers The effects of sonographers’ repetitive strain injuries due to the constant tension on muscles, tendons and nerves can be reduced by refined design.
More Than Data Management: The integrated battery package introduces a new concept of diagnosis near to the patient. The portability of the system allows an innovative solution of sharing the 4D technology among different environments.
New 4D Motorized Probe: The ergonomic design and the light weight allow the users to scan in 2D as with a standard convex probe. Images, Clips and Volume raw data can be exported on workstation for further reviewing and elaborations. The latest version of real-time complex image processing algorithm, XView, examines the pattern of every single frame at the pixel level, eliminating speckle and noise artifacts, dynamically enhancing tissue margins and improving tissue conspicuity.
XView increases diagnostic confidence without any negative manipulation of the final image or loss of frame rate.
Optimized image quality for comfortable detection of every anatomical structure and help to eliminate doubts in the final diagnosis. By reducing the presence of artifacts, shadowing and speckle, higher readability of the diagnostic images is guaranteed.
The most important limitations of any Doppler-based technology are angle dependence and frame rate reduction. These intrinsic limitations allow operators to describe mylag the longitudinal mechanics of the heart as a simple pump.
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