SolidSample ICPMS analyzes solid samples directly, eliminating the need for hazardous and time-intensive acid digestion. By eliminating digestion, it reduces the risks of contamination, sample loss, and chemical waste, resulting in a safer, faster, and more sustainable workflow. Linearity and quantitation remain uncompromised, ensuring the same analytical accuracy as traditional solution-based ICPMS.

SolidSample ICPMS achieves low-to-sub-ppb detection limits with true quantitative accuracy. It can detect critical minerals up to 3X below the detection capabilities of XRF, enabling laboratories to characterize trace and ultra-trace elemental signatures with far greater certainty. The system’s direct connection to an ICP or ICPMS ensures efficient transfer and precise measurement of the sampled area without loss or contamination.

SolidSample ICPMS delivers low-to-sub-ppb detection capabilities. A singly charged ion mass spectrum combined with gas modes and QQQ resolve mass spectral interferences. Reusable matrix-matched calibration standards do not expire and ensure consistent accurate results. The high level of automation and rapid sample throughput make it ideally suited for high-volume or complex matrix workflows.

SolidSample ICPMS offers simple singly-charged mass spectra for clear quantification of most elements in most sample types. Remaining interferences are eliminated using either collision/reaction gases or QQQ ICPMS. Capable of processing dozens to over 1,000 samples per day, at low-to-sub-ppb detection limits, it provides fast, consistent, and reliable results. Automatic data processing delivers meaningful, ready-to-use results that support immediate sample evaluation.