SPR precision, built for your lab
Compact, phase-sensitive instruments,
for research labs and universities
Ipso-LAB©
SPR that fits your lab
Compact footprint, flexible setup
- Portable benchtop instrument
- Modular fluidic head
- Open by design
Ready for every user
- Intuitive software
- Students SPR-ready
- Clear data analysis
Research-grade performance
Phase and dual-channel architecture deliver sensitivity and stability beyond intensity-only systems.
- Phase-sensitive SPR
- Dual-channel measurement
- Angular scan and sensorgram
SPR specifications
| RIU resolution | 1 µRIU |
| Angular resolution | 2.5 · 10-3 deg. |
| µ-fluidic cell vol. | 5 µL |
| Fluidic channels | Dual-channel |
| Wavelength | 680 nm |
Interactions measured in real time
Biomolecular kinetics & affinity
Measure real time protein–protein or antibody–antigen interactions.
Surface chemistry & thin films
Follow adsorption, desorption, or polymerisation reactions.
Biomarker detection
Detect biomarkers at low concentrations in complex solutions.
SPR principles & tools
Better understand SPR with our interactive tools
Use our tools to assist you in your SPR research and education. Explore the physics of surface plasmon resonance, design experiments, and generate realistic data — all in your browser, with no installation required.
Online SPR tools
Sensorgram generator
Create the sensorgrams of a simulated experiment. Set kinetic parameters and concentration series to generate realistic binding curves.
SPR simulator
Simulate the SPR phenomenon with a graphical interface. Explore how refractive index, metal thickness, and wavelength shape the resonance curve.
Research & Education
SPR designed for academic needs
University labs run on tight budgets and ambitious science. Ipso-LAB fits both — precise enough for publication-grade results, intuitive enough for a master student's first experiment.
- Adopted by university research groups and teaching labs
- Students learn on the same instrument used for real experiments
- Special pricing and support for academic institutions
Testimonials
Trusted by researchers
Phaselab Instrument's Ipso-LAB let us follow the sensorgrams in amplitude and phase in real time — a far more quantitative read than a lateral-flow test.
Julien Proust
Assistant Professor, L2N, UTT
An ultra-sensitive instrument, and intuitive to use — it only took a few hours of training to get up to speed.
Kevin Kim
PhD student, Université de Technologie de Troyes
Despite having no background in SPR, I was able to put the IPSO to use very quickly — its ease of use let me focus on the biology, not the instrument.
Lydia Bouidghaghen
Master student, University of Lille
Phaselab's SPR let us watch the aptamer–mercury interaction unfold in real time, down to the concentration where the DNA strand folds.
Antoine Elie
PhD student, Université de Technologie de Troyes
PhaseLab Instrument
Photonics specialists,
instrument makers
We build the instruments we wished we had as researchers — precise, open, and within reach of any lab.
Supported by
Want to talk about your research?
Tell us about your experiment — our scientists will help you find the right configuration for your work.