Used HITACHI S-9200S #9265149 for sale

HITACHI S-9200S
ID: 9265149
Wafer Size: 8"
Scanning Electron Microscopes (SEM), 8".
HITACHI S-9200S is a scanning electron microscope (SEM) that is renowned for its excellent image quality and high resolution capability. It utilizes an advanced digital imaging technology to provide clear, detailed images of samples. HITACHI S 9200 S is equipped with an informational LCD display that allows for easy operation and complete control over imaging parameters. The SEM utilizes a scanning electron beam to create images of microscopic samples in two dimensions. This process results in images that can be focused at higher magnifications than traditional microscopy techniques can offer. This microscope is capable of magnifying samples up to 60000X their original size, which allows for incredible detail to be revealed. S-9200S is designed to be user friendly and offers a wide range of sample holders and accessories that enable it to be used in diverse applications. The microscope is equipped with an automated stage that can move the specimen in three-dimensional patterns to enhance image quality. Additionally, S 9200 S exhibits high speed imaging capabilities that allow for rapid imaging of dynamic processes. HITACHI S-9200S is also equipped with a variety of digital imaging features that allow users to manipulate and analyze images with precision. This SEM includes an automated image enhancement tool that allows users to adjust brightness, contrast, sharpness, and magnification of images. Further, the microscope has various automated analysis tools that allow users to perform quantitative image analysis. Overall, HITACHI S 9200 S is an ideal choice for demanding SEM applications that require high resolution images with a wide range of imaging features. Its powerful technology offers users the ability to reveal incredible detail and uncover the secrets of microscopic samples. Its user friendly design and wide range of sample holders, accessories, and imaging tools make it the perfect choice for researchers looking for high level imaging solutions.
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