Fluorescence Microscopy

Fluorescence Microfluorometry and Mapping

HORIBA fluorescence spectroscopy solutions can be added to an inverted or upright fluorescence microscope. Many of the steady state and time-resolved experiments that are performed macroscopically in our various fluorometers, can also be performed on the microscopic scale with the addition of the appropriate optical coupling to a fluorescence microscope.

In the case of our FLIMera wide field video rate FLIM camera, it can be easily added to the C-Mount of any fluorescence microscope, and requires only the addition of an appropriate coupled pulsed laser.

Below is a chart of fluorescence microscopy solutions available with different HORIBA instruments.

FluoroMax Plus High End Research Performance with Benchtop Convenience

FluoroMax Plus

✔ Single point spectral measurements (UV-NIR)

✔ Single point lifetime measurements (~300 ps to seconds)

✔ Spectral Mapping (stage scanning)

Nanolog Steady State and Lifetime Nanotechnology Spectrofluorometer

Nanolog

✔ Single point spectral measurements (UV-NIR)

✔ Single point lifetime measurements (~300 ps to seconds)

✔ Spectral Mapping (stage scanning)

Fluorolog-QM

✔ Single point spectral measurements (UV-NIR)

✔ Single point lifetime measurements (~300 ps to seconds)

FLIMera Imaging camera for dynamic FLIM studies at real time video rates

FLIMera Camera

✔ Fluorescence Lifetime Mapping (FLIM)

Fluorescence microfluorimetry is used for intra- and intercellular biochemistry, PV efficiency analysis, crystal structure of geological specimens, nanotechnology and nanoparticles, materials science, textiles, quality-control of pharmaceuticals, even detection of anomalous features on counterfeit banknotes.