Used RIGAKU MiniFlex II #9254341 for sale

RIGAKU MiniFlex II is a high-performance X-ray diffractometer that provides exceptional sample control and measurement accuracy for diverse materials analysis requirements. It offers precise measurements of crystalline structure, such as those found in highly crystalline pharmaceuticals, synthetic diamonds, and nanomaterials. MiniFlex II is the perfect choice for high-quality analysis of polycrystalline samples in any laboratory. RIGAKU MiniFlex II features advanced X-ray diffraction technology and tightly integrated control systems, ensuring users can monitor and analyze virtually any crystalline material. The system has a 340 mm x 24 mm area detector and a vertical optical configuration, with sample mounting options including surface and bottom-viewing. MiniFlex II has a source-focusing X-ray optics design with the highest resolution and highest beam intensity compared to any other X-ray diffractometer in its class, with a vertical field of view up to 25 microns, ensuring detectors can perfectly focus on any type of sample. In addition, RIGAKU MiniFlex II offers flexible software control of X-ray diffraction measurements, allowing researchers precise control of the entire sample analysis process. The software includes sample positioning with sample imaging, collection of data along with background subtraction, time-resolved data collection, and advanced data analysis tools. This allows users to measure crystal structure, texture, phase contents, and other parameters. Due to its low sample consumption and fast measurement times, MiniFlex II has become the X-ray diffractometer of choice for many of the world's leading scientific imaging and prototyping laboratories. Its high-efficiency system design and peak data collection capabilities ensure that researchers can easily acquire high-quality reliable data quickly. RIGAKU MiniFlex II has become the go-to instrument for a range of materials analysis tasks, from verifying crystalline data to fabricating new products. It is highly efficient, reliable, and cost-effective, making it ideal for a variety of X-ray diffraction applications.