Our Secondary Ion Mass Spectrometers are a world reference, combining unequaled sensitivity and detection limits (even on light elements) with high productivity.
Exclusively developed by CAMECA, Atom Probe Tomography instruments offer extensive capabilities for nanoscale 3D imaging and compositional measurements.
Our Electron Probe Microanalyzers equipped with industry-leading WDS spectrometers are renowned for their superior x-ray mapping and quantitative analysis capabilities.
Used by top semiconductor companies, our compositional metrology tools support innovation at 14nm node and beyond, ensuring new process integration and high volume production
Multiple-collector inductively coupled plasma mass spectrometer (MC-ICP-MS) has combined an argon (Ar) ICP source with a magnetic sector analyser and multiple detectors for high precision isotopic measurements.
Glow discharge is a plasma formed by applying a voltage between two metal electrodes through a low-pressure gas
SIRMS provides analysis of isotopic ratios of the light stable isotopes C, N, O, S and H.
TIMS is a technique that measures isotopic ratios used in environmental, planetary, geochemistry and nuclear markets. Data produced by Nu's TIMS instrument is of high accuracy and precision. For many elements this is in the low ppm range.
The noble gases He, Ne, Ar, Kr, and Xe are extreme trace elements in the Earth's crust. Their rarity influences both their uses (applications) and measurement methods. They have a wide range of uses in the geo-sciences.
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