Used HITACHI S-9200 #293608916 for sale

HITACHI S-9200 is a scanning electron microscope (SEM) designed and manufactured by the leading global manufacturer of electron microscopes, HITACHI. This microscope boasts of high performance levels, reliably increased resolution, and a wide variety of analytical modes. This SEM, with its large field of view, magnification range up to 250,000 x and maximum resolution of 127 nanometers, offers unsurpassed resolution and contrast. By allowing the imaging of even small-scale specimens and details, it provides essential analytics and other features for a variety of applications. Additionally, its wide working distance and low electron gun movement allow for excellent specimen coverage. HITACHI S 9200 can capture a variety of signals, including secondary electrons (SEM), backscattered electrons (BSE), absorption current, X-ray spectra, and cathodoluminescence, enabling a wide range of imaging and analysis modes. Some of these include quantitative analysis, which measures the composition and properties of a specimen; automated features, which can optimize contrast and brightness levels, and backscattered electron imaging in bright field and dark field modes. S-9200 is suited for both research-level applications and industrial use with its automated wafer placement, temperature control, and powerful imaging and analytical functions. It allows users to save and retrieve samples, as well as store images and measurements in a shared repository. In addition, S 9200 has a host of user-friendly features, including an intuitive and customizable user interface, automated leveling, easy-to-use stage controls, and a fast scanning mechanism. The microscope's management software also makes sharing images and measurements among different users much simpler. HITACHI S-9200 is a reliable and versatile scanning electron microscope that offers a variety of features for both research-level and industrial applications. With its various imaging and analytical modes, excellent resolution and contrast, automated wafer placement, temperature control, and user-friendly features, this SEM is an ideal choice for any imaging and analyzing tasks.