Academic Disciplines
Find how portable XRF supports your department — and submit a tailored inquiry.
Materials & Metallurgy
Materials departments use XRF for stainless PMI, aluminum grades, powder composition, and thesis sample screening before SEM/EDS or ICP.
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Geology & Earth Science
Geology programs screen pathfinder elements on cores and soils to prioritize lab assay — ideal for field courses and graduate research.
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Environmental & Soil Science
Environmental departments map contamination quickly — portable XRF supports capstone projects, remediation studies, and community science programs.
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Archaeology & Heritage
Archaeology and conservation programs need in-situ, non-destructive data — XRF identifies alloy types, bronze compositions, and pigment heavy metals without sampling.
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Chemistry & Chemical Engineering
Chemistry labs use XRF to triage samples — catalyst supports, precipitates, and coated particles — reducing ICP queue time for graduate students.
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Mechanical & Manufacturing
Mechanical engineering groups verify alloys on failed parts, welded joints, and 3D-printed metals before microscopy and mechanical testing.
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Civil & Construction Materials
Civil programs study durability, corrosion, and structural materials — XRF confirms rebar grades and screens coatings and aggregates for heavy metals.
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Mining & Resources Engineering
Mining engineering bridges geology and processing — portable XRF helps students and researchers triage ores, tailings, and flotation products.
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Agriculture & Soil Science
Agronomy and soil-science programs study nutrient and metal mobility — XRF supports field labs and extension research with GPS-tagged readings.
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Art Conservation & Jewelry
Conservation and jewelry programs use XRF for karat verification, solder identification, and decorative-metal studies on objects that cannot be sampled.
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