Used BRUKER D4 Endeavor #293802707 for sale

BRUKER D4 Endeavor is an X-ray imaging system manufactured by BRUKER Corporation. It is used for X-ray crystallography research and is one of the most popular systems in the crystallography field. D4 Endeavor utilizes high energy X-rays for the analysis of molecule structures. They can also be used for material analysis and evaluation, compounding, and other research activities. The X-rays are produced with a rotatable anode that creates varying amounts of energy and use a scintillator detector to measure the photons that emitted from the sample. The system employs a computer software package that can be used to conduct various mathematical processes involved in the investigation of structure and composition. The X-ray beam is focused onto the sample to be analyzed. The intensity of the beam, its wavelength, and the angles of rotation that control the monochromatic beam shape, can be changed. An array of detectors are placed around the sample. These include 'area detectors' which detect the diffraction pattern from the sample, and 'point detectors' which detect individual detector variables. The parameters for data collection can be set by the user, depending on the material and experiment being conducted. In addition to the traditional X-ray beam, BRUKER D4 Endeavor can also utilize microbeam X-rays. This is an organized beam of X-rays at an angle that is swept across an area of interest. This technology is used when measuring very small samples, as the reduction in the size of the beam can preserve the integrity of the sample under study. D4 Endeavor has a variety of options for data analysis and manipulation. Image processing capabilities are included, with algorithms being applied to detect, identify and label elements. Aided by software, refinement of crystallographic parameters can be achieved to give results with a high degree of accuracy. BRUKER D4 Endeavor is a versatile X-ray imaging system that is suitable for a wide range of research activities from molecule to material analysis. It includes a suite of data collection and analysis tools that can be used to identify molecular structures and refine crystallographic parameters for a highly accurate result.