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A new chapter for nanoparticle characterisation is here.
Today, we’re announcing the Pulsoid: a new nanoparticle measurement system built around a precision-engineered, solid-state chip-based nanopore, delivering high-resolution, single-particle analysis in a fast, streamlined workflow.
For years, nanoparticle characterisation has meant choosing between analytical resolution and operational simplicity.
High-resolution, single-particle measurements required complex setup and specialist expertise. Simpler techniques delivered averaged data – and limited insight.
The Pulsoid removes that compromise.
Highlights:
🔹Single-particle size, concentration and zeta potential measurements
🔹Exceptionally accurate size measurement
🔹High-throughput, easy-to-learn workflow
Initially optimised for lipid nanoparticle researchers, the Pulsoid enables subtle formulation and stability-related changes to be monitored quickly and with clarity.
Beyond this initial focus, its underlying methodology – Nanopore Pulse Sensing (NPS) – supports a broader range of nanoparticle research wherever detailed insight into size, concentration and charge is required.
This is just the beginning. We look forward to seeing how researchers put the Pulsoid to work and extend its impact across new nanoparticle applications.
You can find more details here: izon.com/news/introduci…
Today, we’re announcing the Pulsoid: a new nanoparticle measurement system built around a precision-engineered, solid-state chip-based nanopore, delivering high-resolution, single-particle analysis in a fast, streamlined workflow.
For years, nanoparticle characterisation has meant choosing between analytical resolution and operational simplicity.
High-resolution, single-particle measurements required complex setup and specialist expertise. Simpler techniques delivered averaged data – and limited insight.
The Pulsoid removes that compromise.
Highlights:
🔹Single-particle size, concentration and zeta potential measurements
🔹Exceptionally accurate size measurement
🔹High-throughput, easy-to-learn workflow
Initially optimised for lipid nanoparticle researchers, the Pulsoid enables subtle formulation and stability-related changes to be monitored quickly and with clarity.
Beyond this initial focus, its underlying methodology – Nanopore Pulse Sensing (NPS) – supports a broader range of nanoparticle research wherever detailed insight into size, concentration and charge is required.
This is just the beginning. We look forward to seeing how researchers put the Pulsoid to work and extend its impact across new nanoparticle applications.
You can find more details here: izon.com/news/introduci…
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