X-ray fluorescence microanalysis instrumentation made in U.S.A. includes: SEM-EDS systems, SEM-XRF systems and microEDXRF for imaging and elemental analysis.
Critical minerals need context, not just chemistry. See how microXRF and LIBS compare—and why elemental mapping matters: https://t.co/Z33Pmwj8Ga
#microXRF#LIBS#CriticalMinerals
At @IXRFsystems custom sample holders are one of our specialties. Gemstones, electronics, geological specimens, industrial materials, powders, or irregularly shaped samples...we design solutions that help get more reliable data with less setup time.
https://t.co/4Ulmrywf5v
Map Monday: Looking Inside a Lithium-Ion Battery with microXRF. Collected with the Atlas Apex M #microXRF, the elemental distribution of Fe, Cr, and Mn helps reveal the internal architecture of the battery, from the outer casing to the tightly wound internal layers.
#XRF
Faster scans don't always mean better data. Discover how high count rates can impact microXRF performance and what to do about it. Read the article: https://t.co/rcWfC9GtRk
@IXRFsystems is excited to announce the installation of another Atlas Apex microXRF imaging system at the Walker Department of Mechanical Engineering at @utsystem at Austin!
Even a pocket quarter can show why spatially resolved chemistry matters. @IXRFsystems 's Atlas Apex M quickly revealed Au-associated differences through large-area #microXRF mapping. See the difference elemental distribution can make: https://t.co/4Ulmrywf5v
#XRF
Proud to support the
@BritGeoSurvey
with a new Atlas Apex microXRF installation—advancing geological research, critical minerals studies, and high-resolution elemental mapping. #microXRF#Geology
The Atlas Apex rapidly identified subtle, spatially coherent trace-element heterogeneity across coarse garnet grains — helping reveal hidden metamorphic signatures that may otherwise go unnoticed in bulk characterization alone.
Not just elemental maps. Petrologic insight.
⚡Map Mondays: A real PCB mapped with microXRF reveals Cu, Ni, Au, Br & more—showing conductive paths, coatings, defects & material distribution without destruction. #MicroXRF#PCB
We’re excited to share that another @IXRFsystems Atlas Apex microXRF system is headed to The University of Texas at Austin.
A huge thank you to our incredible team for making this shipment possible.
We can’t wait to see what comes next. 🔬
🎧 New podcast episode: How microXRF is helping researchers analyze rare 300M-year-old sea cucumber fossils from Mazon Creek through non-destructive elemental mapping: https://t.co/Oixqj0XXP4
#MicroXRF#Paleontology
🔬 Can microXRF help close the microplastics gap?
Researchers at the University of Memphis show μXRF reveals elemental signatures (Ti, Ca, Fe, Cl) + distinguishes particles beyond FTIR/Raman: https://t.co/ZsWAlqud6C
A powerful add to multi-modal workflows.
#Microplastics
🌲 Map Mondays: Petrified wood or galaxy? microXRF reveals Fe, Cr & Ce mapping ancient biology, fluid pathways, and REE enrichment. Non-destructive, high-res insight with Atlas Apex. #MapMondays#MicroXRF
High-res data only matters if your system keeps up. The @IXRFsystems Atlas Apex delivers automated mapping, multi-detector speed, and large sample capacity—built for real lab workflows. #microXRF
Map Mondays is here 🔬
This week: a fossil fish elemental map (Fe, Sr, Ti) revealing structure, diagenesis & sediment—non-destructive, high-res insight.
Want to learn more? Contact us: https://t.co/4UlmrywMV3
🎧 New podcast! Explore how microXRF mapping reveals hidden geochemical patterns in lava flows. Quick, insightful listening—perfect for on the go.
👉 https://t.co/Oixqj0XXP4
🌱Fascinating work coming out of The University of Queensland highlighting the intersection of environmental science and critical minerals.
https://t.co/ouLKu1X4gr
Aerospace materials are getting more complex—verification needs to keep up.
MicroXRF delivers high-resolution, non-destructive insight into alloys, coatings, and additively manufactured parts—helping teams move forward with confidence.
Read more: https://t.co/sntriZRcLF