PhaseLab Instrument – Phase-sensitive SPR for every research lab

Ipso-LAB

Phase-sensitive SPR, compact and open for your bench.

Applications

Kinetics, surface chemistry, biomarker detection.

SPR tools

Interactive simulator and sensorgram generator.

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

See full specifications

Interactions measured in real time

Biomolecular kinetics and affinity measurement

Biomolecular kinetics & affinity

Measure real time protein–protein or antibody–antigen interactions.

Surface chemistry and thin film measurement

Surface chemistry & thin films

Follow adsorption, desorption, or polymerisation reactions.

Biomarker detection

Detect biomarkers at low concentrations in complex solutions.

More SPR applications

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.