Used HITACHI IS 3200SE #9244866 for sale
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ID: 9244866
Wafer Size: 12"
Vintage: 2010
Scanning Electron Microscope (SEM), 12"
2010 vintage.
HITACHI IS 3200SE Scanning Electron Microscope is a high resolution, research-grade imaging device which allows for detailed and accurate visualization of micro-scale structures and features. It utilizes a 1.0 nanometer resolution, high-quality imaging mode and allows researchers to accurately observe and analyze details even smaller than a single micron in size. IS 3200SE utilizes a specialized electron gun and imaging configuration which creates a high-quality electron beam. This beam can be accurately focused with an accuracy of 0.2 nanometers, and it can be further manipulated to create various resolutions and analytical techniques. This capability allows for unique imaging modes which increase both the resolution and accuracy of the resulting images. In basic imaging, HITACHI IS 3200SE is capable of utilizing both back-scattered and secondary electrons, as well as combining these imaging techniques into a single image to create a finer level resolution. Additionally, the microscope utilizes a stage tilt system to create three-dimensional images and various analytical techniques including energy dispersive X-ray, Auger spectroscopy, and electron backscatter spectroscopy. Aside from its high-resolution imaging capabilities, IS 3200SE is also highly adjustable. It can be used with a variety of AC/DC bias voltages, sample sensitivities, stage configurations, and imaging techniques. Additionally, its features and operation can be accessed and modified through its embedded computer systems. This added versatility allows for different researchers to easily modify the microscope to their specific needs. HITACHI IS 3200SE is a powerful and advanced scanning electron microscope capable of providing unparalleled resolution and precision for detailed micro-scale imaging. Its imaging capabilities, along with its easy-to use embedded computers systems and adjustable features, make it an extremely useful and versatile tool for many researchers and scientists.
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