Our simulators are based on the technique of Time-Correlated Single Photon Counting (TCSPC)

Enable Students With

Fluorescence Simulators

Access to a real fluorescence lifetime spectrometer is generally out of reach of most undergraduate teaching laboratories due to the cost of this sophisticated piece of equipment. However, with our simulator, students can operate the instrument and vary different parameters such as wavelength, delay and slit widths to optimise collection of their fluorescence decay data.

Simply download our windows software and try our evaluation copies here.

What to do next?

Download the “demonstration version” of our software for evaluation. If you wish to proceed to purchase a licence for teaching purposes which unlocks full functionality, contact our sales department to arrange payment following which you will also receive additional documentation and other support material.

Fluorescence Lifetime Spectrometer Simulator

Select the excitation, emission wavelengths and appropriate time range to display the fluorescence decay curve. Choose your megahertz repetition rate nano-LED excitation source, open the shutters and then watch the data collect on the screen! You can display in log or linear form- it’s just like using the real thing!

Decay Curve Analysis

Once your decay has collected, run an instrument profile and then analyse your data to derive a fluorescence lifetime using our analysis software.


Available Experiments

We have two fluorescence experiments available: one concerning the temperature (Arrhenius) behaviour of a luminescent sample and the second involving Stern-Volmer quenching. More information can be found here.

Evaluation Copy

Arrhenius Experiment

To download your free evaluation copy

Evaluation Copy

Stern-Volmer Quenching Experiment

To download your free evaluation copy