ICP-MS

A focused forensic technician in full PPE, including a lab coat and nitrile gloves, carefully places a small metal shard trace evidence sample into the complex sample chamber of a high-tech X-ray Fluorescence (XRF) elemental analysis instrument.
Forensic lab managers must balance the need for non-destructive testing with trace-level detection limits when selecting elemental analysis techniques for crime scene evidence
| 5 min read
Lab technician in PPE loading digested soil samples into an ICP-MS autosampler in a modern analytical laboratory
| 4 min read
Lab technician loading drinking water samples into an autosampler for ICP-MS analysis.
Updated | 5 min read
An abstract digital illustration representing Inductively Coupled Plasma Mass Spectrometry (ICP-MS) testing for food safety. Various food items on the left transition into a stream of glowing particles that pass through a series of cones and sensors, resulting in digital data charts and elemental symbols on the right.
| 5 min read
Abstract 3D visualization of an automated ICP-OES system performing high-throughput analysis, featuring a robotic autosampler, glowing plasma flame, and digital spectral data
| 5+ min read
Abstract visualization of ICP-MS plasma flow connecting to geometric structures representing precision quality control in sub-ppb trace analysis.
| 5+ min read
A futuristic laboratory scene featuring a large, transparent geometric sphere containing blue and purple plasma discharge on the left, and complex glass apparatus with boiling orange and green liquids emitting steam on the right, set against a dark background with glowing orange and blue circuit patterns.
| 5+ min read
Abstract 3D illustration comparing ICP-OES optical light emission versus ICP-MS ion mass separation techniques.
Updated | 5+ min read
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CURRENT ISSUE - March/2026

When the Unexpected Hits

How Lab Leaders Can Prepare for Safety Crises That Don’t Follow the Script

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