MP-SPR NAVI™
210A Vasa

Fully automated MP-SPR Navi™ 210A VASA is an ideal solution for material characterization measuring precisely interactions and layer properties.

Suited for applications

Biomaterials
Biosensors
Layers and Coatings
Molecular Interactions
Biocompatibility
Nanoparticles
Request an quote Distribution partners

MP-SPR Navi Instruments

Interactions label-free

Measure binding affinity and kinetics or determine bound mass without labelling.

Layer properties

Instrument can be equipped up to 4 different wavelengths in each channel for precise thickness and refractive index characterization, from Ångströms to several micrometers.

Any sample

Exceptionally wide  angular range (40°-78°) enables  measurements  of small organic molecules and large  proteins, but also  metallic nanoparticles and cells. One scan encompasses both environments: gas and liquid.

2 channels

Parallel measurement in 2 channels on one sensor simultaneously.

Fully automated

Integrated degassing, 6-sample fully automated operation, and user-friendly software allow for unattended measurements.

High chemical resistance

Flow cell designed for compatibility with organic solvents and other crude samples such as serum and plasma.

Accessories

Sensor slides

Easily deposit your own layer ex situ using a method of your choice, such as spin coating or self-assembly, or select one from our extensive list of ready-made surfaces.

Read more

Technology

PureKinetics

Get rid of solvent effect and reveal true binding without a reference channel!

Read more

Technical data

Number of fluidic channels
2
Wavelengths in each measurement channels
Up to 4 different wavelengths
Autosampler for liquids
6-vials
Unattended run
Yes
Buffer degasser
Yes
Compatibility with organic solvents
Yes

Frequenty asked questions

Discover the world of MP-SPR

Request a quote

Other instruments

200 Otso
MP-SPR NAVI™

200 Otso

Modular MP-SPR Navi™ 200 OTSO is our entry-level MP-SPR system for real-time interaction measurements and layer characterisation. Open design is optimal when auxiliary instruments are to be used and for teaching purposes.
See product
220A Naali
MP-SPR NAVI™

220A Naali

The MP-SPR Navi™ 220A NAALI is the most versatile MP-SPR instrument for interactions and layer characterization. Fully automated with a 96/384 well plate, it provides high throughput and is equipped with up to 4 wavelengths of light to ensure precise layer characterization. A full range of add-on modules is available, including electrochemistry, fluorescence, and cell flow-cells.
See product
400 Kontio
MP-SPR NAVI™

400 Kontio

4-channel MP-SPR Navi™ 400 KONTIO instrument to measure cell adhesion and cell-based interactions under physiologically relevant conditions.
See product
410A Kauris
MP-SPR NAVI™

410A Kauris

The fully automated MP-SPR Navi™ 410A KAURIS instrument simultaneously measures 4 channels on one sensor. The highly sensitive 410A is a powerful tool for interaction studies and life science research.
See product
420A Ilves
MP-SPR NAVI™

420A Ilves

The 420A ILVES is an ideal solution for molecular interaction studies with small molecules, proteins, lipids, and nanoparticles. Its minimal dead volume and high sensitivity, combined with 4 liquid channels, makes the instrument optimal for these applications.
See product
QCMD 100
QCMD

QCMD 100

A modular Quartz Crystal Microbalance with Dissipation - QCMD 100 instrument measures both frequency and dissipation, facilitating precise measurements of molecule-surface interactions. The modular platform allows you to choose the features you need. 
See product
QCMD 110
QCMD

QCMD 110

Enhanced single-channel Quartz Crystal Microbalance with Dissipation, QCMD 110, offers exceptional sensitivity in both frequency and dissipation, facilitating precise measurements of molecule-surface interactions.
See product
QCMD 400
QCMD

QCMD 400

The multichannel Quartz Crystal Microbalance with Dissipation, QCMD 400, offers time-saving operations and superior sensitivity in both frequency and dissipation. It enables the measurement of molecule-surface interactions across a wide range of applications.
See product