CAMECA

Small variations in ion distribution can change biological interpretation. NanoSIMS Cryo helps reveal the native localization of elements and isotopes in frozen cells and tissues, supporting more confident studies of metabolism, ion homeostasis and cellular function.

Want a deeper understanding of NanoSIMS Cryo? Watch the launch webinar to see how native-state cryogenic analysis can reveal chemistry that conventional preparation may obscure.

Biological tissues, cells, emulsions and soft materials can lose critical information during conventional preparation. NanoSIMS Cryo keeps samples under cryogenic conditions through preparation, transfer and analysis, helping preserve structure, and mobile species. See how cryogenic NanoSIMS supports use cases from cellular ion mapping to food and cosmetics formulation.

Formulation performance depends on where ingredients really are, not only on bulk averages. NanoSIMS Cryo helps visualize chemical and isotopic heterogeneity in foams, emulsions, gels and pastes while preserving their native structure.

What if your sample preparation is changing the chemistry you are trying to understand? NanoSIMS Cryo enables high-resolution elemental and isotopic imaging of sensitive samples in their native frozen-hydrated state, helping researchers access more pristine chemical distributions. Discover how this innovative capability unlock discoveries in life sciences and soft materials research.

How do you date a lunar basalt when the minerals you need to analyze occur as tiny, complex intergrowths? For this Apollo 12 sample, preserving petrographic context was critical. See how in situ Pb isotope analysis with SIMS helped researchers solve the problem.