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View additional product information for ARL X900 Simultaneous/Sequential XRF Spectrometer - FAQs (IQLAAHGABMFARVMBNQ)
10 product FAQs found
Integrated XRF and XRD analysis enables laboratories to obtain both elemental composition and crystalline phase information from a single instrument platform. XRF determines which elements are present and their concentrations, while XRD identifies the crystalline phases and mineralogical composition of a sample. Combining these techniques can help streamline workflows, no external sample transfer required, reduce the need for multiple instruments, and provide a more complete understanding of materials for applications such as cement production, mining, metals processing, and industrial process control.
Yes. The Thermo Scientific ARL X900 can support standardless analysis using Thermo Scientific UniQuant software. This capability can help users identify and quantify elemental composition in unknown materials when application-appropriate calibration standards are unavailable.
Yes. The Thermo Scientific ARL X900 includes features such as dual-sample loading, automation options, and OXSAS analytical software to support high-throughput analytical workflows. Automated operation can help laboratories manage routine analyses and prioritize critical samples while maintaining efficient instrument utilization.
The Thermo Scientific ARL X900 can be configured with integrated X-ray diffraction (XRD) capability in addition to WDXRF elemental analysis. This enables laboratories to perform elemental composition analysis and crystalline phase analysis using a single instrument platform, which can help streamline workflows for applications such as cement production, mining, and metallurgical process control.
The Thermo Scientific ARL X900 is well suited for mining, metals, cement, mineral processing, industrial manufacturing, and contract laboratories that require reliable elemental analysis and process control capabilities. It is designed for environments where routine analysis, high sample throughput, and operational efficiency are critical.
The Thermo Scientific ARL X900 is often selected when laboratories require high-throughput elemental analysis, industrial process control capabilities, automation, and support for continuous production environments. It is particularly well suited for mining, cement, and metals operations where analytical speed, instrument uptime, and workflow efficiency are important considerations.
The Thermo Scientific ARL X900 combines simultaneous and sequential WDXRF analysis in a single platform and can be configured with integrated X-ray diffraction (XRD) capabilities. This design helps support high-throughput industrial process control workflows while providing elemental analysis and, when configured, crystalline phase analysis within a single instrument platform.
The Thermo Scientific ARL X900 is designed to support process control by delivering rapid and reproducible elemental analysis results that can be used to monitor raw materials, production processes, and final product quality. Features such as dual-sample loading, integrated statistical process control functions, and configurable automation workflows help laboratories maintain efficient analytical operations.
The Thermo Scientific ARL X900 can analyze a wide range of sample types commonly encountered in industrial laboratories, including ores, concentrates, metals, alloys, cement raw materials, clinker, slags, limestone, glass, ceramics, refractories, polymers, and other process materials. The system is designed to support routine elemental analysis across diverse industrial sample matrices.
The Thermo Scientific ARL X900 XRF Spectrometer is used for elemental analysis and industrial process control in the mining, metals, cement, and related industries. The system combines simultaneous and sequential wavelength dispersive X-ray fluorescence (WDXRF) analysis to provide rapid elemental composition measurements for raw materials, intermediate products, finished products, and process monitoring applications.