Used HITACHI S-5200 #9351890 for sale

HITACHI S-5200 scanning electron microscope is an industry-leading imaging instrument designed to acquire high-resolution images of a variety of materials. It utilizes a field emission source to generate a finely-focused electron beam which passes through a stationary condenser lens and is then accelerated through a variable-aperture scattering aperture before impinging on the sample. The scattered electrons are collected by an electrostatic excitation system and magnification optics, providing a bright, high-resolution image of the sample surface. HITACHI S 5200 offers a range of features to ensure peak imaging performance, including a high contrast, low noise design which allows for an accurately detect and accurately represent all features of the sample. It is capable of scanning up to 40,000x magnification in a single scan, and can also acquire multiple image scans to assess surface topology and determine material composition. S-5200 can be configured to perform a wide range of imaging techniques, including secondary electron imaging, backscattered imaging, and x-ray spectrometry. It is compatible with multiple sample holders, including pin stubs, wire grids, and specialized ceramic substrates. It also features a built-in analysis software package to streamline the interpretation of data and output virtual microscope images. The system is also available with a range of accessories to enhance its performance, including variable pressure control, a light element detector, and a back-scattered detector. S 5200 also benefits from a robust set of control parameters and a high tolerance for signal changes, making it suitable for a wide variety of imaging applications. Overall, HITACHI S-5200 scanning electron microscope is a versatile imaging instrument which is capable of producing high-quality images of a variety of materials. With its high magnification capabilities, wide range of compatibility features, and accessories, it is the ideal choice for any research or industrial imaging needs.