Used BRUKER-AXS AXS D8 Discover #9394574 for sale

BRUKER-AXS AXS D8 Discover is a high-performance X-ray diffraction equipment designed to perform advanced materials science research. The system is engineered to meet the highest demands in terms of single-crystal structure determination. It is the ideal tool for scientists researching new materials and studying the effects of new materials on existing materials and products. The unit utilizes a stable, state-of-the-art X-ray source to generate intensities of diffracted X-rays with exceptional accuracy and precision. This allows for rapid and efficient data collection on small samples, meaning users are able to quickly and easily obtain accurate results on their experiments. Not only does the machine provide users with an X-ray source, but it also comes equipped with a variety of hardware and software for data analysis and evaluation. The hardware includes a high-precision goniometer head that allows for accurate sample positioning while the software allows users to access an extensive library of sample information and parameters to ensure the highest accuracy results are obtained. The tool utilizes advanced programming and image processing features to ensure accurate and precise results. It also features advanced beam composition tools and automated optimization of diffraction patterns. All of which ensures users are able to accurately capture the structure of samples and processes in a timely manner. The asset is designed to enhance research productivity and expand research capabilities. It is ergonomic design allows for comfortable operation from small benchtop to large laboratory environments. The model is also backed by a comprehensive service and support network that guarantees users peace of mind when performing research. Overall, BRUKER-AXS D8 DISCOVER is an advanced X-ray diffraction tool for materials research. It is packed with features and hardware, providing users with fast and accurate results on small samples, allowing them to rapidly and accurately explore materials and their properties. Its ergonomic design and service network make it the ideal instrument for scientists and engineers seeking the highest quality materials research.