Thermo Scientific ARL 9900 IntelliPower Series
Brochures and specifications | 2024 | Thermo Fisher ScientificInstrumentation
X-ray fluorescence (XRF) and diffraction (XRD) are central analytical techniques for non-destructive, quantitative elemental and phase assessment. Combining both in a single platform streamlines sample handling and accelerates data turnaround for quality control and process monitoring across metallurgy, cement, mining and related industries.
The ARL 9900 IntelliPower series aims to deliver a versatile, high-throughput laboratory solution by integrating XRF and XRD capabilities. It supports simultaneous and sequential analysis of up to 86 elements, automated sampling, and a unified software interface to meet evolving industrial requirements.
The system is built around a solid-state X-ray generator (1.5–4.2 kW) with an extra-thin Be window for optimal excitation of light to heavy elements (B to Am). A vacuum-controlled analysis chamber and precise temperature regulation enhance stability. Detection options include up to 32 fixed WDXRF monochromators and two goniometer types: the compact SmartGonio for fast F–Am analysis and a universal Moiré-fringe design accommodating multiple crystals and collimators. A compact integrated XRD module performs qualitative and quantitative phase determinations under parallel-beam geometry. Sample handling ranges from a 12-position changer to fully automated robotic systems (SMS-2300/2500/3500) for continuous, unattended operation.
Key performance highlights are detection limits from ppm to 100 %, one-minute sample throughput in simultaneous mode, and angular reproducibility better than ±0.0002°2θ. Independent crystal-to-detector rotation, multilayer synthetic crystals, and digital pulse processing deliver low backgrounds, wide linearity and stable long-term operation. The OXSAS software offers guided method development, integrated statistical process control and flexible data export.
Advances in robotics and AI-driven calibration promise further gains in throughput, predictive maintenance and remote process control. Expanded standard-less software and network connectivity will support adaptive, real-time quality assurance in complex industrial environments.
The ARL 9900 IntelliPower platform unifies high-performance XRF and XRD analysis in a single, modular instrument. Its flexible configuration, advanced automation and comprehensive software suite deliver reliable, fast, and versatile results aligned with modern analytical challenges.
X-ray, XRD
IndustriesManufacturerThermo Fisher Scientific
Summary
Importance of the topic
X-ray fluorescence (XRF) and diffraction (XRD) are central analytical techniques for non-destructive, quantitative elemental and phase assessment. Combining both in a single platform streamlines sample handling and accelerates data turnaround for quality control and process monitoring across metallurgy, cement, mining and related industries.
Objectives and overview
The ARL 9900 IntelliPower series aims to deliver a versatile, high-throughput laboratory solution by integrating XRF and XRD capabilities. It supports simultaneous and sequential analysis of up to 86 elements, automated sampling, and a unified software interface to meet evolving industrial requirements.
Methodology and instrumentation
The system is built around a solid-state X-ray generator (1.5–4.2 kW) with an extra-thin Be window for optimal excitation of light to heavy elements (B to Am). A vacuum-controlled analysis chamber and precise temperature regulation enhance stability. Detection options include up to 32 fixed WDXRF monochromators and two goniometer types: the compact SmartGonio for fast F–Am analysis and a universal Moiré-fringe design accommodating multiple crystals and collimators. A compact integrated XRD module performs qualitative and quantitative phase determinations under parallel-beam geometry. Sample handling ranges from a 12-position changer to fully automated robotic systems (SMS-2300/2500/3500) for continuous, unattended operation.
Main results and discussion
Key performance highlights are detection limits from ppm to 100 %, one-minute sample throughput in simultaneous mode, and angular reproducibility better than ±0.0002°2θ. Independent crystal-to-detector rotation, multilayer synthetic crystals, and digital pulse processing deliver low backgrounds, wide linearity and stable long-term operation. The OXSAS software offers guided method development, integrated statistical process control and flexible data export.
Benefits and practical applications
- Comprehensive elemental and phase analysis of metals and alloys (iron, steel, aluminum, copper, titanium, magnesium)
- Process control in cement production (free lime, clinker phases) and mineral processing (ores, slags, beach sands)
- High-throughput screening for environmental, geological and industrial samples
- Reduced laboratory footprint with combined XRF/XRD workflow
- Scalable automation from manual sample racks to full robotic integration
Future trends and potential applications
Advances in robotics and AI-driven calibration promise further gains in throughput, predictive maintenance and remote process control. Expanded standard-less software and network connectivity will support adaptive, real-time quality assurance in complex industrial environments.
Conclusion
The ARL 9900 IntelliPower platform unifies high-performance XRF and XRD analysis in a single, modular instrument. Its flexible configuration, advanced automation and comprehensive software suite deliver reliable, fast, and versatile results aligned with modern analytical challenges.
Content was automatically generated from an orignal PDF document using AI and may contain inaccuracies.
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