Used ZEISS UEM #118550 for sale
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ID: 118550
Microscope
With Planachromats for Epi-fluorescence and Nomarski DIC
UEM stand
Objectives:
Planachromat:
2.5x brightfield objective, 16x, 40x and 100x Oil objectives with Wollaston prism DIC sliders
Planapochromat:
63x / 1.4 Oil objective with Wollaston prism DIC slider.
Specifications:
100 watt halogen transmitted light illumination
HBO 100 Epi-Fluorescence illumination
4-position IIIRS Fluorescence vertical illuminator
Tubehead with Optovar magnification changer and focusable Bertrand lens
Seidentopf binocular with widefield, high-eyepoint 10x adjustable eyepiece pair
Achromatic-Aplanatic Phase / DIC turret condenser, 1.4 n.a.
Rotating polarizer on carrier.
ZEISS UEM (Ultrafast Electron Microscopy) is an advanced analytical tool for researchers in the life sciences, materials science and nanotechnology industries. UEM is an electron microscope that uses a bright and ultrafast electron beam to study and analyze samples at nanometer scales. It is capable of acquiring high resolution images with unprecedented speed and sensitivity. ZEISS UEM is one of the most powerful microscopes available. It can be used to study biological samples, semiconductor devices, nanostructures, molecular complexes, and more. It can also be used to analyze material surfaces, study structural and electronic properties of materials, and observe the behavior of chemical reactions at the nanometer level. UEM combines several techniques in order to analyze different aspects of a sample, including high resolution imaging and spectroscopy. By using these techniques, researchers can analyze a sample's structure, composition and electrical and spectroscopic properties in order to gain a better understanding of its behavior. Thanks to its high resolution imaging, ZEISS UEM can easily detect and resolve individual atoms, molecules, and nanostructures, giving researchers unprecedented visuals of their samples. UEM is also equipped with advanced spectroscopy capabilities, which allow researchers to observe the interaction between electrons and their environment to further observe the behavior of materials. ZEISS UEM is used in a variety of research applications and industries. For example, it can help researchers study the structure and chemistry of organic materials, analyze semiconductors, develop novel nanocomposites, observe the behavior of chemical reactions at the nanoscale, and evalutate the interface between two nanostructures. Overall, UEM is an invaluable tool for researchers in the life sciences, materials science, and nanotechnology industries, allowing them to gain a deeper understanding of their samples and observe their behavior at the nanometer level.
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