Used HITACHI S-9300 #9176361 for sale

ID: 9176361
CD Scanning electron microscope gun assembly Includes: (2) VARIAN Ion pumps P/N: 911-50375003.
HITACHI S-9300 scanning electron microscope (SEM) is a powerful imaging tool used to analyze samples in high detail. This type of instrument utilizes a focused beam of high-energy electrons to produce a high-resolution image of a sample's shape, size, and topography. HITACHI S9300 is equipped with a vacuum chamber, vacuum pump, and electron gun, which allow it to produce images with a magnification of up to 30,000 times. S 9300 is a scanning type of SEM and is capable of providing a wide range of magnifications and resolution levels. S9300 is an incredibly versatile instrument, able to be programmed for a variety of scan types and images. The most commonly used type of image is the secondary electron image, which is formed when an electron is emitted after a sample is scanned. This type of imaging reveals the surface of the sample and its topography. Other types of images that can be formed using HITACHI S 9300 include backscattered electron images which reveal the elemental composition of a sample and X-ray energy dispersive spectroscopy which produces a spectrum of the X-rays emitted from different elements. S-9300 also features an automated magnification changer, allowing the operator to quickly switch between different magnifications of the sample. This instrument is capable of taking manual samples or those taken with an automated stage, where the samples can come in contact with the electron beam. HITACHI S-9300 is also equipped with an automated stage and a motorized sample stage which is capable of moving the sample while in the electron beam. HITACHI S9300 is a powerful and versatile instrument which can produce invaluable information about many types of samples. S 9300's variety of imaging and scanning types, its high resolution and large magnification range, and its automated magnification changer and sample stage make it a great tool for laboratory and non-laboratory use.
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