Used HITACHI UT-1000 #293667755 for sale

HITACHI UT-1000 is an SEM (scanning electron microscope). It is a variable pressure/variable temperature scanning electron microscope which is equipped with a field emission electron source and is designed to capture high-resolution images. It utilizes a parabolic mirror lens and a high-powered in-column energy filter to produce a high level of image clarity and contrast. UT-1000 has a large analytical chamber which is designed to provide up to 500mm of working distance for improved imaging. The chamber has an optically corrected viewport, allowing researchers to observe the sample in real time and capture images when needed. The chamber is also fitted with an automated stage for rapid sample transfer and positioning. HITACHI UT-1000's imaging capabilities are enhanced by its ability to use variable pressure in the chamber rather than the conventional high vacuum. The pressure range is 10-500 Pa and the temperature range is 10-500 degrees Celsius, allowing for a wide range of experiments to be carried out. The electron source of UT-1000 is a Tungsten field emission source, which can be used to generate a beam of high-energy electrons. The electrons are then accelerated toward the sample via a magnetic lens, producing an image of the sample at a magnification of up to 50,000x. HITACHI UT-1000 is also fitted with a variety of detectors which are used to capture analytical data from the specimen. These include energy filtering detectors such as BSE (backscatter electrons), EDS (energy dispersive spectroscopy) and WDS (wavelength dispersive spectroscopy). All of these detectors can be used to measure the elemental composition and the physical features of a sample. UT-1000 can also be used to study the surface structure of a sample in great detail. With its state-of-the-art X-ray imaging capabilities, researchers can measure the shape and topography of a surface in 3D, as well as its electrical and thermal properties. Overall, HITACHI UT-1000 is an advanced scanning electron microscope which is designed to provide researchers with high levels of image clarity and contrast, as well as a range of analytical data. It is equipped with an automated stage and a high-powered electron source, and can be used to observe the surface structure of a sample in great detail.