IXRF Systems

Micro-XRF Analyzers for Micron-Scale Elemental Mapping — ATLAS series by IXRF Systems

Micro-XRF (μXRF) uses the same principle as XRF but focuses the beam many times smaller with polycapillary optics (a spot as small as about 5 micrometres) and a high-precision sample stage, so it can map the elements across a small area — acting like an XRF imaging microscope. Two Theta quotes IXRF Systems ATLAS instruments on a per-project basis.

How It Works

How Micro-XRF Differs From XRF

X-ray tubePolycapillary opticSpot ≥5 µmSampleDetectorElement mapX-ray tubePolycapillary opticSpot ≥5 µmSampleDetectorElement map

Micro-XRF is XRF with the beam focused to a small spot by a polycapillary optic, so it shows where each element sits in the sample rather than just an average for the whole piece.

≥5 µmThe ATLAS M analysis spot can be set from ≥5 to 1,000 µm.
Element mapsIt scans point by point and builds a picture of how each element is distributed, like a microscope for XRF.
Non-destructiveMeasure solids, liquids, particles and powders in air, vacuum or helium.
Choice of chamberATLAS M has a 508×457×254 mm chamber; ATLAS X has 950×650×365 mm for large parts.

Applications

What Can Micro-XRF Do for You?

Mineralogy and Geology

Map how elements are distributed across minerals and rock to see what each phase contains.

Metals, Alloys and Cement

Check composition and variation in metals, alloys and cement at micron scale.

Electronics and Coatings

Detect small contaminants and measure film, plating and multilayer coating thickness.

Forensics, Biology and Environment

Botany, forensics, small-feature assessment and environmental samples.

United States

The manufacturer

IXRF Systems, Inc.

IXRF Systems, Inc. is based in Austin, Texas (USA). Besides the ATLAS micro-XRF spectrometers, it makes EDS and detector systems for scanning electron microscopes (SEM).

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