Five Surprising Advantages Of the Latest ED-XRF Analyzers

Optimizing Performance, Efficiency, and Affordability with Modern ED-XRF Technology
Sometimes a difference in degree can be so great it becomes a difference in kind. That’s what’s happened recently with energy dispersive X-ray fluorescence (ED-XRF) analyzer technology. The best of the newest generation of these instruments — such as SPECTRO XEPOS spectrometers, the flagship XRF analyzers from SPECTRO Analytical Instruments — have seen numerous improvements that are redefining their class.
Enhancements include quantitative analysis functionality; wider analytical scope for more elements and lower concentration levels; higher measurement speeds and sample throughput; improved spectra handling for greater screening method accuracy; comparatively lower cost of ownership; and greater ease of use.
This quantum leap has users rethinking what’s possible with a modern ED-XRF instrument. For many applications, it matches or surpasses the performance of a more expensive wavelength-dispersive X-ray fluorescence (WD-XRF) analyzer.
This paper may be of particular interest to laboratory and quality control (QC) managers. It highlights five main reasons why upgrading to next-generation ED-XRF analyzers may be their right choice to optimize performance, efficiency, and affordability.
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Five Surprising Advantages Of the Latest ED-XRF Analyzers
Optimizing Performance, Efficiency, and Affordability with Modern ED-XRF Technology
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Topic world Elemental analysis
Elemental analysis is a fundamental pillar of chemical research and enables the quantitative determination of the basic elements contained in a compound. It gives insight into the atomic composition and provides essential information about the structure and properties of molecules.

Topic world Elemental analysis
Elemental analysis is a fundamental pillar of chemical research and enables the quantitative determination of the basic elements contained in a compound. It gives insight into the atomic composition and provides essential information about the structure and properties of molecules.