Used RIGAKU D / Max-2500 #9174372 for sale

RIGAKU D / Max-2500 is a high-performance X-ray diffractometer equipment designed for modern orthorhombic and monoclinic crystal structures. The system includes an automated three-axis goniometer, a detector array, a powerful control computer, and software for sample management and data collection. The spine of the unit is a three-axis goniometer that allows for controlled-angle X-ray diffraction measurements. It consists of a motor-driven goniometer head, driven by a pair of orthogonally arranged axes. The machine provides accurate angular positioning over six degrees of freedom in two orthogonal planes of rotation. The motor-driven axes are paired with a stepper motor or harmonic drive. The detector array is designed to enable implementation of high-precision X-ray diffraction measurements. The tool is equipped with an area array of two-dimensional CCD (charge-coupled device) detectors that can detect a wide range of wavelengths simultaneously. The asset can cover 0.5-25A° with a 5µm resolution. To control the model, D / Max-2500 is equipped with a powerful computer. It is equipped with specialized hardware and software that allows for quick and accurate control of the goniometer and detector array. The control software is designed to allow users to complete parameter setting, data collection, and analysis. The equipment is also equipped with software for sample management and data collection. The software allows for easy control over sample authentication, data collection, and data analysis. It is also capable of creating detailed visual reports showing the measured data as well as graphical comparison results. In conclusion, RIGAKU D / Max-2500 is an innovative high-performance X-ray diffractometer system designed for modern orthorhombic and monoclinic crystal structure measurements. The unit contains a three-axis goniometer, a detector array, a powerful computer, and software for sample management and data collection. The machine can effectively cover 0.5-25A° with a 5µm resolution, allowing users to quickly and accurately measure and analyze crystal structures.