Used HITACHI S-8820 #9229209 for sale

HITACHI S-8820 Scanning Electron Microscope (SEM) is the cutting edge of electron microscope technology. It features an incredibly high resolution of up to 500nm in a single scan, making it capable of capturing extremely detailed images. With a scanning area of 462mm x 432mm, this microscope is capable of creating both very high resolution and large area images. The magnification of the SEM ranges from 500x to 400,000x, allowing users to get a microscopic view of samples with stunning clarity. HITACHI S 8820 is powered by a reliable energy efficient 1,500 watt power supply, making it an exceptionally user-friendly device. This power supply is also supported by a 3-axis stage controller that has a maximum travel speed of 120,000mm/min. This makes it easy to focus and position samples during scanning without sacrificing accuracy. This device also contains a digital image processor which allows users to process monochrome and color images with standard functions such as contrast adjustment and image registration. With this processor, it is also possible to analyze automated imaging processing techniques such as particle analysis and line scan modes, making analysis of samples more efficient and accurate. In addition to its imaging capabilities, S-8820 also has a number of other features which makes it easier to use. These include a wafer orientation stage which makes it easy to locate samples and a 45° tilt goniometric stage which allows users to scan larger areas of samples at angles. It also includes a charging compensator which eliminates the risk of sample charging and a gas inlet fitting which can be used to measure thin films. S 8820 is a very powerful piece of equipment designed for high resolution scanning and analysis of samples. It is well-suited for a variety of scientific fields including materials science, electronics, biology, and medical sciences. Its convenient features and precise imaging capabilities make it an indispensable tool for anyone looking to get the most out of their samples.