Used HITACHI S-5200 #9234598 for sale

HITACHI S-5200 scanning electron microscope (SEM) is a powerful instrument capable of producing high-resolution images for a variety of applications, including materials science, (bio)medical research and forensic imaging. The surface of a sample is irradiated by a focused beam of accelerated electrons; this interaction produces a signal which is detected by a detector. This detector detects backscattered electrons, secondary electrons or x-rays, which enables the creation of an image of the sample on a monitor or recording device. HITACHI S 5200 is equipped with a high-stability low-voltage electron gun, enabling a stable image even when the voltage is changed. The electron gun operates at up to 200kV. The microscope also includes a focus condenser lens and a universal deflector system for improved stability. The specimen stage can be tilted by up to 70° and tilted over a wide range of angles. The specimen stage is also equipped with multiple power outputs, enabling the operation of electric stage drives, sample heating while imaging and other functions. When operating with sample preparation equipment such as an ion gun and chemical absorption chamber, the specimen can be transferred between the specimen chambers in a sealed environment. The pressure inside S-5200 is controlled using a turbo pump and a roughing pump. This pressure control ensures that samples can be examined in a vacuum environment and that the image quality is not degraded. S 5200 has a variety of imaging modes, including secondary electron imaging, backscatter imaging, x-ray imaging, magnified imaging up to x50,000 and high-sensitivity TEM imaging. The microscope also includes a CCD (charge-coupled device) camera for digital imaging. For sample analysis, HITACHI S-5200 includes a software package that measures sample resistivity, composition, grain size, texture and other characteristics. It also includes automated pattern recognition software. Overall, HITACHI S 5200 is a powerful imaging tool that enables researchers, medical professionals and forensic investigators to carry out analysis and precise imaging of samples. It is well-suited for both in vitro and in situ analysis and is highly versatile in its range of imaging modes and sample analysis functions.