Used RIGAKU 3640 #9281648 for sale

RIGAKU 3640 is a high-performance X-ray equipment specifically designed for high-throughput materials research and industrial materials analysis. This system features a high-energy rotating anode X-ray source capable of producing up to 50 kW of power. The X-ray source is mounted on a gimbal and coupled to a high-precision automated alignment unit allowing for precise and repeatable exposure and measurement. 3640 is capable of unprecedented flexibility and accuracy in X-ray energy, spot size, and exposure time. It is also equipped with a high-resolution digital control and readout machine which provides enhanced data acquisition and analysis. RIGAKU 3640 is designed for maximum performance and reliability in high-throughput X-ray applications. It features an automated workflow which utilizes a combination of high-speed scanning and high dynamic range imaging to acquire clear, precise, real-time data across a variety of materials. This tool also features advanced auto-centring and auto-focus functions, enabling accurate results within a much smaller sample size range than with conventional X-ray systems. 3640 also provides a revolutionary feature set which makes it suitable for a wide range of materials analysis techniques such as XRD, XRF, DTA, XTT, XAS, and SIMS. This asset features a high-speed data acquisition and analysis model which makes it ideal for small sample analysis. The equipment is also outfitted with a unique high-precision holographic focusing mirror which enables high-resolution data collection with minimal beam spread. This system is compatible with a variety of detectors in order to provide intricate data analysis. RIGAKU 3640 is a highly advanced X-ray unit capable of providing rapid, reliable, and precise results for a variety of materials analysis applications. Utilizing its automated workflow and advanced features, this machine can deliver precise results in a much shorter timeframe allowing for increased throughput and cost savings. In addition, 3640 is highly upgradable, allowing for enhanced features and functionality as user requirements evolve.