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Unique insight: single-particle chemical fingerprinting at 10nm resolution
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High-performance analysis: Au₄₀₀⁴⁺ hyper-velocity cluster beam for maximum sensitivity
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Beyond the average: event-by-event acquisition enables statistical analysis of surface heterogeneity and domains that differ from the mean composition
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Complete picture: molecular co-localization down to 10nm, an order of magnitude finer than conventional SIMS
Unique insight: chemical fingerprinting at 10nm resolution
High-performance analysis: Au₄₀₀⁴⁺ hyper-velocity Nano-Projectile beam for maximum sensitivity
Beyond the average: event-by-event acquisition enables statistical analysis of surface heterogeneity and domains that differ from the mean composition
Complete picture: molecular co-localization down to 10nm, orders of magnitude finer than conventional SIMS
When Spatial Resolution Matters
The Orion MkII NP-SIMS System delivers molecular surface analysis in a compact, research-ready platform. Engineered for laboratories that demand precision, sensitivity and nanoscale resolution, it combines event-by-event detection with integrated acquisition and analysis software to accelerate insight from every experiment.
The case for Au Nano projectiles
High multiplicity enables detection of co-localized moieties with a single nano projectile impact
Size of the volume perturbed
10nm diameter, 5nm depth
Secondary ions detection probability
Au₄₀₀⁴⁺ ~ 100 x Au₃⁺
Au₂₈₀₀⁸⁺ nano projectile multiplicity
Au Nano Projectiole performance vs market-available large cluster solutions
High multiplicity enables detection of co-localized moieties with a single nano projectile impact
Au nano projectile performance vs market-available large cluster solutions