Used RIGAKU SmartLab #293593097 for sale

RIGAKU SmartLab is a highly advanced X-ray equipment that enables researchers to analyze samples at the nanoscale. The system utilizes a combination of X-ray sources with a critical-angle microscope, providing a wide variety of analytical capabilities. The unit's flexibility allows for applications in a range of scientific disciplines, including crystallography, chemical characterization and physical properties. The machine employs an X-ray source such as an X-ray tube or a synchrotron to generate X-rays that travel through the sample and produce images of its molecular structure. This is accomplished thanks to the use of a critical-angle microscope that redirects the X-rays in a specific direction and allows scientists to build a three-dimensional representation of the sample. In addition, two-dimensional diffraction patterns can be collected from the sample. With these data, researchers can determine physical properties such as lattice vectors,local structure and composition. By analyzing the diffraction images, scientists can also improve the understanding of the chemical and physical properties of a sample. Advanced detector technologies employed by the tool, such as the new Miniature X-Ray Fluorescence (MXRF) asset and the CCD detector, can generate data with great sensitivity and accuracy. Furthermore, improved software and automatic functions allow researchers to easily analyze large datasets. SmartLab also features an Advanced Automatic Peak Search and Automatic Vertex Calculation function which allows the model to take full advantage of its diffraction, imaging and chemical characterization capabilities. This feature permits the user to set regions of interest within the sample and the equipment will automatically calculate the peak positions and strength. Additionally, the system can integrate all the collected data in order to generate the most accurate models of the sample. Overall, RIGAKU SmartLab is a powerful X-ray unit that offers a wide range of analyzes and capabilities in a variety of scientific fields. Thanks to its advanced technologies, the machine allows researchers to produce more precise and accurate data that can be utilized to further their understanding of the physical, chemical and structural properties of a sample.