Used JEOL JSM 5800LV #9270028 for sale

JEOL JSM 5800LV
ID: 9270028
Scanning Electron Microscope (SEM).
JEOL JSM 5800LV scanning electron microscope (SEM) is a device that is used for imaging and analyzing materials at a nanoscale level of resolution. The instrument utilizes the electron beams to interact with the sample surface and provides information about the size, porosity and morphology of the material being analyzed. The high resolution adjustable electron beam of JEOL JSM 5800 LV allows for imaging of small particles and structures with greater clarity and precision than a light microscope can provide. The instrument is designed to operate with ease and offers a range of advanced features for optimum performance. Its fully adjustable vacuum chamber allows researchers to control the working environment for sample viewing. The vacuum chamber also helps to maintain optimum resolution in various imaging conditions. In addition, the imaging column can be used to change the angle of the electron beam and optimize imaging results. JSM 5800LV is equipped with a high resolution EDS detector system which provides accurate elemental information. This state-of-the-art detector, combined with its high voltage acceleration and precision control of the electron beam, make it possible to obtain the highest quality images of the smallest particles and structures. The instrument has an advanced operating interface which helps to ensure accuracy and repeatability of analysis. It comes with an array of image processing options, along with a variety of automated measurement tools and powerful analytical packages for further analysis and data interpretation. Additionally, JEOL JSM 5800LV is compatible with a range of third-party image processing software. JSM 5800LV scanning electron microscope is a powerful tool for imaging and analyzing materials on a nanoscale level. Its adjustable electron beam, advanced electronics detector system and host of image processing options makes it suitable for capturing high quality images of the smallest particles and structures in research. The device provides reliable results and excellent value for money for both educational and research institutions.
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