Used HITACHI S-3000H #9254229 for sale
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ID: 9254229
Vintage: 2002
Scanning Electron Microscope (SEM)
Operating system: Windows XP
2002 vintage.
HITACHI S-3000H is a scanning electron microscope (SEM) used to obtain magnified images of the micro and nano-scopic structures of various materials. This instrument provides imaging capabilities from 1.5nm up to 120,000 times magnification. HITACHI S 3000 H features a large chamber that is equipped with secondary electrons (SEM), which has a low kV resolution detector for collecting high quality images. This tool is equipped with a high resolution equipment detector as well, allowing for users to obtain images over 1 to 12 megapixels. S-3000H integrates an "easy mode" which is a new element in its system, allowing for less advanced SEM users to easily obtain an image. An integrated "Focus mode" has also been provided for night vision or highly magnified feature analysis. In order to assist in extending the range of sample analysis, an automatic sample handling unit is installed that can detect the slot number, height, and stage position of the sample sample stage. S 3000 H also provides stereo alignment, and 3D imaging. The instrument is equipped with an ultra-high vacuum machine and a high-sensitivity detector to ensure that all details of the sample tested are successfully imaged. The instrument is vibration isolated, which contributes to the clarity of the image captured. The surface of the sample is scanned at the appropriate resolution by the electron beam in order to build up an image. Added features of HITACHI S-3000H include an autoloader and a mineral detector, both of which help in automatically detecting and identifying the materials comprising the sample. The mineral detector serves to enhance its mineral analysis capabilities. It also has a dynamic detection element for detecting surface defects, such as cracks. In conclusion, HITACHI S 3000 H is an electron microscope that provides magnified images of micro and nano-scopic structures of various materials. Its advanced features in imaging and mineral analysis have made it a preferred choice amongst research professionals in many fields.
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