Used UNION HISOMAT #293672249 for sale

A UNION HISOMAT is a high-resolution, transmission electron microscope (TEM). This apparatus offers several advantages over conventional light microscopes, such as providing unparalleled magnification, allowing for the study of the finest of details and enabling the visualization of the internal structure of materials. HISOMAT employs a high-energy electron beam which is transmitted through the specimen. As the beam passes through, it is interaction with the specimen's thin layers. This interaction causes different portions of the beam to be scattered or absorbed in different proportions, depending on the nature of the sample. By analyzing the distribution of these scattered or absorbed electrons, the inside structure of the sample can be studied in detail. At the heart of UNION HISOMAT is a powerful electron source. This source is capable of generating an electron beam of high energy with a very narrowly focused spot size. This feature enables outstanding spatial resolutions as small as 0.1 nanometers to be achieved. Additionally, the electron beam can be effectivly deflected and its intensity can be adjusted to an appropriate level for precise examination of different sample materials with various thicknesses. HISOMAT is also equipped with several cameras and other advanced optics devices which allow for the imaging of the scattering patterns produced by the electron beam. Elastic scattering of the incident beam is used to analyse the specimen's elemental composition, while inelastic scattering reveals the specimens electron density distribution. Aside from its imaging capabilities, UNION HISOMAT also features several analytical tools and accessories for further proteomic and biochemical analysis. This allows for a variety of sample properties to be assessed exactly. This includes the measurement of specimen hydration, diffusion byproducts, chemical composition, stress and strain. Overall, a HISOMAT is a state-of-the-art beam-transmission microscope. It offers a wide variety of fascinating features and capabilities and can be used to examine biological or synthetic structures to a resolution beyond that of traditional imaging techniques. This makes it an invaluable tool for researchers and scientists in the field of microscopy.