Characterise Lipid Nanoparticles with the Precision of TRPS
Assess Formulation Stability and Aggregation
Identify subtle changes to LNP size, concentration, zeta potential and polydispersity.
Standardise
LNP Analysis
Our single-particle analysis and step-by-step software ensure reliable, standardised results.
Credible Data
Ready for Regulation
With our NIST-traceable calibration, you can be sure that your data is regulator-ready.
Optimise LNP Production with In-Depth Particle Analysis
Don't let differences between samples go unnoticed.
The Exoid provides single-particle data to assess LNP polydispersity, subpopulations, aggregation, and loading-induced changes.
Simultaneously measure size with concentration or zeta potential to understand the impact of each workflow stage on lipid nanoparticle characteristics.
Distinguish LNP Subpopulations with High-Resolution
With the Exoid's TRPS technology, single-particle insights become the standard for your LNP development, quality control, and regulatory workflows.
Achieve unmatched resolution compared to light scattering techniques, with precise measurements of LNP size, concentration, and zeta potential for confident sample comparisons.
Capture Zeta Potential Insights with Standardised Analysis
Charge distribution gives important insights into formulation stability and the potential for cellular uptake. Without zeta potential data, your LNP characterisation would be missing crucial information.
The Exoid uses NIST-traceable calibration and real-time reporting of measurement conditions to provide an insightful, standardised approach to LNP zeta potential measurement.
Get to Know Our TRPS Instrument
The Exoid, Izon's latest TRPS instrument, measures LNPs individually as they pass through a nanopore — ideal for accurately characterising loaded vs unloaded LNPs.
With its user-friendly interface and real-time data visualisation, the Exoid is designed to support drug delivery and vaccine advancements.
Meet the Exoid
