Used CANON PE M600HT #9269126 for sale

CANON PE M600HT
ID: 9269126
Wafer Size: 4"-5"
Lithography systems, 4"-5".
CANON PE M600HT is a high-performance, scanning electron microscope (SEM) designed to meet the most demanding needs of the research and materials science industry. Its advanced electron optics technology enables researchers to visualize samples with exceptionally high resolution and accuracy. PE M600HT incorporates an electronic column which acts as a sequence of focusing elements, starting with the electron source. This electron source is a thermionic gun, producing a focused, nearly parallel beam of electrons at a resolution of 0.02nm from the anode, to the filament, electrostatic lens and finally the sample. The electron beam caused by the electrons is then precisely manipulated and accelerated by the electronic column to achieve distinctively high resolution imaging capabilities. CANON PE M600HT is also able to detect tiny differences in the composition of a sample by using an impressive array of secondary electron detectors. This scanning electron microscope (SEM) is also fitted with an energy dispersive spectrometer (EDS), which is a miniature X-ray detector that reads the composition of the sample. It also uses a backscatter detector for imaging, which allows the user to identify differences in sample composition. PE M600HT also comes with a special vacuum chamber, which ensures that the electron beam is kept separated from the ambient atmosphere, while keeping a slight vacuum to optimize its performance. In addition to this, CANON PE M600HT is designed with an ultra-low vibration design, reducing vibration generated by the microscope while maximizing its resolution. PE M600HT is a highly advanced and sophisticated research tool, developed to deliver high-resolution images with an unprecedented level of accuracy. Its ease of use and various features make it a reliable tool for a wide range of scientific studies. Its wide range of capabilities allows users to perform complex tasks quickly and efficiently, making it a perfect choice for any type of research and materials science application.
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