Sensitivity down to 68 nm liposomes
by Kinetic River
True clog-free performance across 28 nm – 28 µm
Resolution as tight as 6 nm, unmatched in commercial flow cytometry
Next-generation nanoparticle analysis with unmatched sensitivity, resolution, and workflow flexibility.
Detection of particles as small as 28 nm gold nanoparticles
A New Era of Nanoparticle Flow Cytometry
See What You’ve Been Missing
The Delaware Flow NanoCytometer® brings true single-particle sensitivity, 6-nm resolution, and clog-free nanoparticle analysis to everyday research workflows — from EVs and exosomes to LNPs, VLPs, viruses, and heterogeneous biological samples.
Designed for high-sensitivity nanoparticle detection without sacrificing ease of use or throughput.
The Challenge
Current limitations of nanocytometry
Our Solution
The Delaware: A new standard for nanoscale flow cytometry
Nanoparticle-focused research is accelerating across biopharma, diagnostics, and advanced therapeutics. Yet most existing flow cytometers cannot reliably detect particles below ~150 nm, lack the stability to resolve tightly spaced populations, and clog when real biological samples are introduced.
The Delaware Flow NanoCytometer® changes that.
Combined with intuitive software, modular laser configurations, and absolute volumetric quantification, the Delaware provides researchers an entirely new way to analyze small particles without compromise.
Unmatched Sensitivity for Nanoparticles
Detect EVs, exosomes, LNPs, VLPs, viruses, and nanoparticles at sizes far below standard cytometry limits.
Market-Leading 6-nm Resolution
Distinguish tightly spaced size populations such as 125 nm vs 147 nm with extraordinary precision.
True Volumetric Absolute Counting
No beads, no calibration, no manual correction.
Clog-Free Performance from 28 nm to 28 µm
Analyze heterogeneous samples—including cells and large particles—without clogs.
High Multiparametric Flexibility (up to 6 Fluorescence Channels)
Simultaneously measure membrane stains, tetraspanins, cargo markers, and more.
Built on Robust Potomac Architecture
Adaptable, modular, and designed for demanding research.
The Delaware is engineered specifically for nanoparticle and EV workflows—not retrofitted from cell cytometers. With up to five lasers, three scatter channels, and six fluorescence channels, it enables true multiparameter analysis of EV markers, membrane dyes, and cargo reporters.
As CI’s strategic partner instrument, we help researchers turn this capability into practical, actionable workflows—fast.
Book a demo now to witness the transformative power of the Delaware in action.
