Used BRUKER-AXS AXS D8 Discover #9293677 for sale

BRUKER-AXS AXS D8 Discover is a high-performance x-ray equipment designed for materials science and electron microscopy research. The system is equipped with a wide range of innovative and user-friendly features that allow researchers to rapidly obtain quality data from their samples. At its core, BRUKER-AXS D8 DISCOVER allows researchers to measure the electrical, mechanical, magnetic, and structural properties of their samples down to the nanometer scale. Advanced engineering allows this X-ray unit to produce high-resolution images with unprecedented precision and accuracy. It can also acquire data using photon-counting detection methods, which provide superior sensitivity and dynamic range. AXS D 8 DISCOVER features a top-of-the-line enclosed vacuum chamber that maintains a clean, highly specified environment for sample analysis. The chamber provides stable pressure and low drift, ensuring data integrity throughout the acquisition process. A full-sized touchscreen display makes adjusting parameters, monitoring progress, and navigating menus an intuitive and effortless process. The machine can also be automated through an intuitive GUI (graphical user interface) for even greater user convenience. Further, BRUKER-AXS AXS D 8 DISCOVER is equipped with a built-in, six-axis robotic arm that can quickly and accurately position samples to facilitate the acquisition of measurements. It also offers a wide range of advanced X-ray source options, including micro- and nano-focus X-ray systems, which facilitate high-resolution measurement for even the smallest samples. In order to create extreme levels of repeatability and prevent damage to samples, the tool is also designed with a special optimized liquid nitrogen cooling asset. This cooling model ensures that the samples are maintained at a precise and stable temperature throughout the experiment, allowing for repeatable results and accurate measurements. AXS D8 Discover is a powerful X-ray equipment that offers the highest quality results in the shortest amount of time. Given its advanced and innovative features, this system is ideal for researchers seeking to extend their knowledge of material science and electron microscopy.