Used BRUKER D8 Advance #9362916 for sale

BRUKER D8 Advance is a high performance X-ray diffraction equipment, used for crystal structure determination, phase and strain analysis, as well as solution and structural studies. The system consists of a series of interconnected components designed to measure and analyze X-ray induced scattering from a sample crystal. The unit can be configured to accept samples of various sizes and can accommodate both crystalline and amorphous material. The core of the machine is a X-ray source, typically a high energy rotating Anode X-ray tube. This is coupled to a generator, which generates electromagnetic radiation in the form of X-rays, and a tube shield, which protects both personnel and the equipment from the X-rays. Another component is the sample stage, which enables the accurate positioning of the sample for X-ray measurements. The tool includes a detector assembly, typically a high sensitivity point detector, which receives the X-rays scattered from the sample and converts them into digital form. The detector is then connected to a state-of-the-art controller/software which records, processes, and displays data for analysis. D8 Advance also includes an array of accessories which enable the asset to maximize its potential in many research areas. It utilizes a series of detectors, from area detectors to mono-capillary detectors, to provide superior energy and spatial resolution. It can also be integrated with a range of sample stages, from cryogenic stages, to goniometers, to measure and analyze data in different ways. Additionally, a range of X-ray turbomolecular pumps, sample changers, and specialized accessories for specific tasks allow the user to customize the model to their specific needs. The individual components of BRUKER D8 Advance give it the flexibility to satisfy a wide range of X-ray diffraction applications. From crystal structure determination to testing of radiation resistant materials, the advanced capabilities of D8 Advance make it a versatile tool to help in the discovery of novel materials, novel crystal structures, and improved techniques to measure the structure and properties of crystalline systems.