ICP-OES
Inductively Coupled Plasma Optical Emission Spectrometry
ICP-OES
Inductively Coupled Plasma Optical Emission Spectrometry (ICP-OES) is a method used for the analysis of elements dissolved in aqueous solutions. The operating principle of the instrument is based on the excitation of the sample by an argon plasma, which reaches high temperatures (6,000-10,000 K) through electromagnetic induction. The elements are identified based on the specific wavelengths they emit and their emission intensities.
This method enables both qualitative and quantitative analysis of numerous elements. Thanks to the detector system equipped with dual-view optics (axial and radial), analyses can be performed over a wide linear range with ppb-ppm sensitivity. Our instrument serves various application areas, including environmental, industrial, biological, cosmetic, and food sectors. In ICP-OES, analysis is performed on samples provided in dissolved and filtered form. Report results are provided in mg/kg, mg/L, or %, depending on the request.
Technical Specifications
Plasma Gas: Argon (%99 purity) Detector: Emission-sensitive (CCD detector) Detection Limit: µg/L