UNDERSTAND THE INVISIBLE

High-tech solutions in spectroscopy

ABOUT

NIREOS is an award-winning spin-off company from Politecnico di Milano University, located in Milan (Italy).

Spectroscopy solutions for industrial and scientific applications

Our innovative products identify materials by measuring the colours of light:

interferometers, spectrometers and hyperspectral cameras.

Control & Quality analysis. Scientific research labs and the industrial sector can exploit the power of spectroscopic analysis to monitor the quality of their processes and the properties of their products.

Continuous Research & Innovation. Our team of professors, researchers and PhD students is constantly focused to keep generating ground-breaking and trustworthy solutions in the light and photonics sector.

AWARD WINNING STARTUP

PRODUCTS

GEMINI Interferometer

GEMINI-2D Interferometer

HERA Hyperspectral Camera

BROADBAND NIREOS TECH APPLICATIONS

Vertical Farming, Vegetables Shelf Life

GEMINI for TRES - Time & Frequency Resolved Fluorescence

Plastic Sorting

Works of art

Reflectance of color standards and laser lines

GEMINI measures fluorescence spectra

Broadband Pump-Probe Spectroscopy at MHz Modulation Frequency

Two-dimensional electronic spectroscopy (2DES)

What is Hyperspectral Imaging?

FIND YOUR COMPANY’S SPECTRUM

More about Nireos products’ Industrial Applications

COMPANY PRESENTATION

More about Nireos journey

BROADBAND NIREOS TECH APPLICATIONS

Vertical Farming, Vegetables Shelf Life

GEMINI for TRES - Time & Frequency Resolved Fluorescence

Plastic Sorting

Works of art

Reflectance of color standards and laser lines

GEMINI measures fluorescence spectra

Broadband Pump-Probe Spectroscopy at MHz Modulation Frequency

Two-dimensional electronic spectroscopy (2DES)

What is Hyperspectral Imaging?

FIND YOUR COMPANY’S SPECTRUM

More about Nireos products’ Industrial Applications

CUSTOMERS

“The Gemini is very easy to integrate into existing TCSPC setups due to the small form factor and the customer support is phenomenal! It outperformed my expectations.”

Lea NienhausAssistant Professor, Florida State University

“The GEMINI unit was really amazing to work with. Its surprisingly easy to set-up and use. It’s not often that something is really plug-and-play — it really is as easy as just putting it in the beam path and plugging it in. More important, it’s hands-down the most powerful upgrade available for my TRPL set-up.”

Charles J. Hages, Ph.D.Assistant Professor, Dept. of Chemical Engineering, University of Florida

“We got in touch with NIREOS while we were developing a new interferometric time-resolved set-up for multi-dimensional spectroscopy and interferometric non-linear photoemission. The 2D-Gemini solved almost all the issues we were facing. It is a very flexible instrument, working at different repetition rates, easy to install and to be moved on different experiments. Its incredible stability allowed us to record differential interferograms, after the interaction with materials, with unprecedented sensitivity. Triggered by the first results, we soon upgraded the multi-dimensional set-up acquiring a second Gemini to be used as spectrometer.

We highly recommend Gemini and the NIREOS crew: flexible, professional and open to research-driven tuning of their product…GO NIREOS!”

Claudio GiannettiAssociate Professor, Cattolica University (Brescia, Italy)

“I was always impressed by the technology since the first publications came out. Later, I had the chance to develop ideas on fluorescence spectroscopy with the people in NIREOS. I know them as young and enthusiastic professionals, both highly skilled and creative thinkers. I enjoyed working with and co-developing some their products so much that I bought a fluorescence setup myself, with which I am 100% satisfied. In the near future, I will apply NIREOS-products for ultrafast time-resolved spectroscopy.”

Juergen HauerAssociate Professor, Technical University of Munich

“The compactness and ease of use of the GEMINI Interferometer has allowed us to implement it straightforwardly in our existing system without any technical difficulty.
This approach was so far not realizable due to the lack of accuracy of common interferometers.
Its exceptional performances in terms of light throughput, speed and stability have enabled us to gain high quality single molecule excitation and emission spectra.”

Tom VoschAssociate Professor, University of Copenhagen