HR-ICP-MS is a powerful technique for analysing trace elements and isotopic ratios in various sample types, offering low detection limits and excellent resolution. Its flexibility makes it valuable across many fields, from geology to nanotechnology.
HR-ICP-MS is a powerful technique for analysing trace elements and isotopic ratios in various sample types, offering low detection limits and excellent resolution. Its flexibility makes it valuable across many fields, from geology to nanotechnology.
HR-ICP-MS is a versatile analytical technique used across a wide range of scientific applications. Combining high sensitivity, high mass resolving power, and true multi-element capability, it delivers reliable results even for the most demanding analyses
AttoM ES was used to date alkaline igneous complexes, which are important sources of rare earth elements (REEs). Understanding the formation and evolution of these deposits is critical given the growing importance of REEs as strategic materials in modern technologies.
MC-ICP-MS with Dual Path and Collision/Reaction Cell
The latest version of our original MC-ICP-MS
TOF-ICP-MS for high speed multi-element applications
Ultrahigh-resolution MC-ICP-MS Collision/Reaction Cell
