Latest App Notes & Case Studies

This application note explores how an advanced ICP-MS method, combined with automated acid digestion, enables precise quantification of trace elements in baby food.

This application note highlights an advanced analytical workflow using inductively coupled plasma mass spectrometry (ICP-MS) to streamline drinking water analysis following the US Environmental Protection Agency (EPA) guidelines.

This application note highlights a validated approach that ensures precise, reliable results across a broad concentration range.

This application note highlights how modern ICP-MS technology can transform productivity and compliance when analyzing environmental samples.

This case study highlights how environmental testing laboratories can improve productivity and reliability, using innovative features like argon gas dilution and intuitive software to reduce sample preparation time, minimize maintenance requirements

This application note explores how this technology can enhance analytical accuracy and reliability in soil analysis while reducing manual work.

This application note explores how a new generation of modern analytical balances benefit from hardware and software features that make cleaning processes easier and safer.

This application note outlines a robust methodology for analyzing 65 VOCs in ambient air using canister sampling combined with thermal desorption-gas chromatography/mass spectrometry (TD-GC/MSD).

This application note demonstrates how automated sample preparation techniques for VOC analysis help to maintain high water quality standards through increased accuracy.

In this Q&A, experts from the Norwegian Institute for Water Research (NIVA) discuss their collaborative efforts with Russian researchers to study microplastics in the Arctic Ocean using FTIR spectroscopy.