Introducing the Atlas Apex MicroXRF by IXRF Systems — our most advanced spectrometer yet. With ultra-high resolution, unmatched sensitivity, and AI-powered software, Atlas Apex redefines microanalysis for research and industry.
Discover how the ProSA meso-XRF analyzer is transforming steel quality control with fast, non-destructive insights that detect centerline segregation and empower real-time process improvements.
Discover how microXRF technology is transforming critical mineral discovery for the clean energy transition. In this episode, we explore how IXRF Systems’ Atlas microXRF helps scientists and engineers identify and map essential materials like lithium, cobalt, and rare earth elements—enabling faster, non-destructive analysis that supports electric vehicles, wind turbines, solar panels, and more. Learn how this powerful tool is advancing research, manufacturing, and sustainability efforts aligned with the U.S. Department of Energy’s net-zero goals.
In this episode, we explore the vital role of rubber tire forensic analysis in solving vehicle-related crimes and how microXRF technology is transforming evidence detection with unmatched precision, speed, and non-destructive insight.
Discover the explosive chemistry behind Fourth of July fireworks in this festive podcast episode! ? Learn how elements like strontium, copper, and barium create the vibrant colors that light up the night sky—and how XRF technology helps analyze these compounds for maximum brilliance. Brought to you by IXRF Systems.
Discover how high spatial resolution in elemental analysis unlocks deeper insights into material composition. Explore how microXRF technology, like IXRF Systems’ Atlas series, enhances imaging precision, elemental mapping, and quantitative accuracy across diverse scientific applications—from geology to biology.
Explore how microXRF technology is revolutionizing soil science in this episode highlighting a recent University of Memphis study. Using IXRF’s Atlas X system, researchers map critical minerals in aquic soils—revealing redox dynamics, Mn-Fe nodule formation, and implications for environmental and geochemical research.
Explore how Harvard researchers used IXRF Systems’ Atlas X microXRF to analyze 3.3-billion-year-old silica crusts from South Africa’s Mendon Formation—uncovering potential evidence of ancient microbial life thriving after a massive asteroid impact.
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See Atlas Apex or Iridium Ultra in action on your own samples, with an applications scientist guiding you through it.
