Used RIGAKU D/Max Rapid II #9358782 for sale

RIGAKU D/Max Rapid II is a high-performance X-ray diffractometer designed for small spot crystals. It utilizes scanning Multi-Axis CCD (MAC) detectors to enable rapid data acquisition, even at high resolution. The Rapid II works with both single-crystal samples and powder samples, and its advanced technologies offer a wide range of functionalities. This X-ray diffractometer incorporates a multi-axis sample stage which makes it ideal for locating and measuring features within samples. Using a pair of low-inertia rotary motors, it allows for accurate positioning and indexing of the sample, offering high accuracy and repeatability. In addition, the Rapid II features a myriad of advanced options for data acquisition, including step and scan, digital image correlation, temperature mapping, and more. The Rapid II is capable of utilizing several different X-ray sources, including a rotating anode, a Cu stabilized tube, and even a dedicated low-current generator. The latter offers the highest sensitivity and most feature detection. The unit also utilizes a high resolution CCD camera to capture images of samples at any angle and is ideal for detailed, high-resolution characterization of semi-conductor properties such as grain boundaries and crystallite thickness. The Rapid II offers a number of software packages that can be configured to suit every application. With its intuitive user interface, users can tweak the settings to customize and control the parameters, as well as visualize a 3D representation of their data. The Rapid II also supports remote operation, allowing for data acquisition even when the user is away from the instrument. Offering superior performance and a wide array of features, RIGAKU D / MAX RAPID II is an excellent choice for those looking for premier X-ray diffraction capabilities. Its advanced technologies and state-of-the-art components offer reliable and accurate data, making it an ideal choice for a variety of materials characterization and research applications.