Multi-Parametric Surface Plasmon Resonance (MP-SPR)
BioNavis MP-SPR Systems
BioNavis Surface Plasmon Resonance (SPR) systems deliver highly sensitive, real-time, label-free analysis of molecular interactions and thin-film properties for research across life sciences and materials science. Built on the advanced Multi-Parametric Surface Plasmon Resonance (MP-SPR) platform, BioNavis instruments record the complete resonance curve over multiple wavelengths, expanding on traditional SPR capabilities that only monitor a single parameter i.e. resonance peak minimum.
By measuring the full angular shape, including peak minimum position, peak intensity, and the total internal reflection angle, MP-SPR simultaneously determines molecular binding kinetics, layer thickness, and refractive indices without requiring labels. Multi-wavelength scanning allows researchers to study complex and thick samples up to several micrometers, such as live cell monolayers, nanoparticles, and polymers in both liquid and gas phases.
Label Free Interactions
Measure affinity, kinetics, bound mass and layer thickness in real time
Complex Samples
Analyze cell culture media and other crude samples like serum and saliva
Unmatched Versatility
Characterize small molecules, proteins, viruses, lipid nanoparticles, bacteria and living cells
Download the BioNavis MP-SPR Product Brochure
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MP-SPR Product Options
Developed by pioneers in SPR technology, including Dr. Ulf Jönsson, founder and former CEO of Biacore, and Dr. Janusz Sadowski, MP-SPR represents the next generation of SPR instrumentation. By combining exceptional sensitivity with advanced optical measurement capabilities, BioNavis systems provide researchers with deeper insights into surface interactions, binding kinetics, and layer properties, making them powerful tools for both fundamental research and applied scientific development.
automated 4 channel system for multi-well plates
420A ILVES is a fully automated, four-channel system. With low dead-volume fluidics, and two laser wavelengths, it delivers accurate, sample-efficient measurements.
automated 4 channel system for vials
410A KAURIS is a fully automated, four-channel system. It delivers precise, reproducible characterization of binding kinetics and thin film properties.
4 channel system for cell based assays
400 Kontio is a four-channel system for analysis of cell adhesion and cell-based interactions under physiologically relevant conditions. It provides precise characterization of cell-surface interactions.
automated 2 channel system for multi-well plates
220A NAALI is a fully automated 2 channel system with up to 4 laser wavelengths. Supporting 96- and 384-well microplates, it offers precise, flexible analysis with optional modules.
automated 2 channel system for vials
210A VASA is a fully automated 2 channel system supporting up to four laser wavelengths. It delivers reproducible characterization of binding kinetics, adsorption, and optical properties.
entry level 2 channel system
200 OTSO is a modular, entry-level system with 2 measurement channels and up to 4 laser wavelengths. Featuring an open architecture, it offers a flexible platform for method development.