Used RIGAKU 3630 #148193 for sale

RIGAKU 3630 is a highly advanced X-ray equipment that is used in research and industrial applications to analyze materials. The system utilizes a multiple wavelength X-ray source, providing the user with higher resolution, increased sensitivity and a larger dynamic range than single wavelength systems. The X-ray source is a combination of four different X-ray tubes, each producing a distinct range of wavelengths that allows the user to narrow down and pinpoint specific materials, elements or compounds with high accuracy. The unit also has two highly precise sample stages, which allow the user to position the sample in the exact optimal position, ensuring accurate sample analysis. This machine features an energy adjustable X-ray source, providing the user with greater control and versatility over the analysis process. 3630 is fitted with a high-resolution detector unit that allows for greater control in terms of angular resolution, enabling users to take full advantage of the larger dynamic range and higher sensitivity offered by the source. This tool is well calibrated for software analysis, allowing for accurate measurements and precise computations of the results. RIGAKU 3630 is designed for multiple industrial and research purposes, such as powder diffraction, material identification or defect detection. This asset is also well suited for applications including single crystal and polycrystalline analysis, X-ray mapping, thickness and penetration depth determination, particle size and shape analysis, relative density measurements and defect detection. This model is highly robust, with a vibration-resistant body that is designed to minimize the effects of external vibration. 3630 is a powerful X-ray equipment specifically tailored to meet the requirements of industrial and research applications. With its multi-wavelength X-ray source, excellent sample stage and high resolution detector, this system can provide highly accurate, reliable results. Its rugged design ensures effective operation in a variety of settings and its adjustable energy source allows users to fine-tune their settings for optimal results.