Used HITACHI HD-2000 #293664604 for sale
URL successfully copied!
HITACHI HD-2000 scanning electron microscope (SEM) is an incredibly powerful tool that allows researchers and engineers to view objects on an incredibly small scale with high resolution and accuracy. It features a high resolution imaging equipment, an ultra-high vacuum and low-voltage imaging, and a beam-tilt correction system, making it the ultimate instrument for observing objects at nanoscale dimensions. HITACHI HD 2000's high resolution imaging unit utilizes a three-stage condenser lens, an objective lens, and a scanning unit that works together to obtain images up to a magnification of 500,000X. This imaging machine also allows for variable working distances, making HD-2000 extremely flexible. HD 2000 also features an ultra-high vacuum tool which ensures that objects being viewed are free from any environmental contamination. This is especially important for applications such as surface analysis. HITACHI HD-2000 also features beam-tilt correction for low-voltage imaging, allowing for imaging of non-conductive samples. This makes it a truly versatile instrument, as it can be used for a variety of applications including failure analysis, metallographic studies, semiconductor device imaging, and industrial analysis. One final feature of HITACHI HD 2000 is its high-accuracy X-Y-Z stage. This stage allows for precise adjustment of the sample, ensuring that the image being viewed is perfectly focused. This is especially helpful when imaging ultra-thin samples or three dimensional surfaces. In conclusion, HD-2000 is an incredibly powerful scanning electron microscope that is highly accurate, flexible, and precise. Its imaging asset, ultra-high vacuum, low-voltage imaging capabilities, and beam-tilt correction make it the perfect instrument for observing and analyzing objects at extreme magnifications. It is an invaluable tool for any researcher or engineer requiring high-resolution imaging with unmatched accuracy and precision.
There are no reviews yet