Elemental analysis supports confident identification of iron-based metals directly at the worksite. In many applications, alloy mix-ups can lead to weld failures, rework, or rejected shipments. Accurate metal analysis helps reduce these risks by delivering immediate insight into the elemental composition of steels and other iron-based materials. This is especially critical when light elements such as carbon, phosphorus, and sulfur determine material quality and compliance.
Conventional metal analysis methods face clear limitations. ED-XRF cannot detect carbon, and the ability of handheld LIBS solutions to measure light elements remains restricted — handling carbon only partially, and phosphorus (P) and sulfur (S) typically not at all. This application report shows how LIBS-based metal analysis overcomes these challenges by enabling fast, reliable elemental analysis directly on site—without sample transport or laboratory delays.
Using the SPECTROPORT LIBS mobile metal analyzer, users can bridge the gap between handheld devices and mobile laboratory systems for iron-based metal analysis. The solution delivers reliable results where speed and accuracy matter most.
Download the full application report to learn how advanced LIBS metal analysis improves on-site elemental analysis of iron-based metals.