Skip to content

What sets Spectradyne’s technology apart?

Spectradyne’s F-MRPS outperforms Dynamic Light Scattering (DLS), Nanoparticle Tracking Analysis (NTA), and Nanoscale Flow Cytometry (nanoFCM).

A unique perspective

Microfluidic Resistive Pulse Sensing (MRPS) is a fundamentally different way to measure particles than optical methods (e.g., DLS, NTA or nanoFCM)

In our ARC Particle Analyzer, MRPS is combined with quantitative single-particle fluorescence to deliver the most direct measurements of particle size, concentration and payload than currently available

For LNP applications, the ARC enables direct quantification of encapsulated payload on a single-particle basis, unlike bulk fluorescence techniques such as RiboGreen or Qubit assay

Learn more about how our F-MRPS and MRPS technology work here

Accurate results

Single-particle analysis – no averaging

True particle size and concentration – No assumptions required, e.g., refractive index

Quantitative, traceable fluorescence

Fast & easy to use

No alignment, calibration, or cleaning required

Low sample volume:  Only 3 microliters needed

Get results in minutes

We’ve got your back

Exceptionally responsive customer support

US-based team with reliable global coverage

Learn how Spectradyne’s technology delivers in these top applications

Which technology is right for me?

MRPS plus Single-particle Fluorescence Phenotyping

Fast and Accurate Nanoparticle Analysis using MRPS

Contact us today to see the power of our technology for yourself

Upgrade your lab today with our fast, accurate, and easy-to-use technology

Click below to contact our sales team