Used BRUKER / ENRAF-NONIUS FR590 #9243923 for sale

BRUKER / ENRAF-NONIUS FR590 is an X-ray diffraction equipment that allows for high-resolution analysis and imaging of crystalline materials. It is designed to provide a precise and convenient way for users to study the structure and properties of small molecules, macromolecules, and even nanoparticles. In operation, X-ray radiation is transmitted through the sample to be measured. Depending on the type of sample, either a single detector or multiple detectors may be used to detect the X-rays. The detector system is coupled with an advanced software package that allows for automated data collection. It also has the capability to target specific states of the X-ray's energy, allowing for a deeper examination of the sample. The main components of BRUKER FR590, aside from the radiation source and the detector, include a goniometer, divergent slit, and an analyzer. The goniometer is a device which controls the angle of incidence during the X-ray diffraction measurement. The divergent slit is a narrow opening through which the X-rays are must pass in order to reach the sample. The analyzer is used to select specific X-ray energies from the detector. ENRAF-NONIUS FR590 offers a wide range of applications and capabilities. It can be used in both small and large molecule research, as well as in studying macromolecules, surface diffusion, disorder in layered structures, and more. Moreover, by making use of the multiple detector setup, the unit can resolve different phases in complex samples, allowing for the precise evaluation of the size, shape, and composition of each phase. The machine also includes the latest advancements in data collection software. Automated software routines enable users to quickly collect, process, view, and analyze data accurately. Moreover, the software allows for the customization of data acquistion and analysis on a per-sample basis, making the tool highly adaptive and flexible. FR590 is designed to deliver accurate and reliable results even for the most complex experiments. Its advanced X-ray detection and data analysis capabilities along with a suite of powerful software tools make it an ideal choice for anyone looking to gain a better understanding of the structure and properties of their samples.