bpd

Diagnostics and process analytics on a new level using artificial intelligence

Biophotonics Diagnostics offers technologies and services for the rapid identification and classification of substances and microbes.

With our Raman spectroscopy applications you can simplify your daily laboratory routine. Raman spectroscopy makes it possible to investigate material properties, cell structures of microorganisms or (bio)chemical processes quickly and without contact. By combining it with AI-based software, it is possible to evaluate even complex data reliably, quickly and inexpensively. Our machine-learning software and database systems offer you a clear and efficient tool with the highest level of convenience, making analysis in the field of chemical, biochemical and medical diagnostic applications many times easier.

We will be happy to advise you individually or send you access to a demo account.

Raman spectroscopy and AI - for faster and more reliable results

How it works

Sample
Raman measurement
Raman spectra and database
Artificial intelligence
Result + Recommendation

Sample

Raman measurement

Raman spectra and database

Artificial intelligence

Result + Recommendation

The solution lies in the combination

juergenpopp"Biophotonics Diagnostics has set itself the goal of developing and marketing innovative solutions for Raman spectroscopy. Demanding Raman spectroscopy applications such as process monitoring or infection diagnostics can be processed more easily and reliably thanks to our products. Artificial intelligence applied to Raman data is an essential key here."

Prof. Dr. Jürgen Popp
Scientific Director Leibniz Institute for Photonic Technology and co-founder of Biophotonics Diagnostics

Great potential for process analysis and medicine

We develop and sell system solutions with which material properties, microorganisms, chemical and biochemical processes can be analysed. For this purpose, we use the advantages of Raman spectroscopy, with which data with high information content can be obtained quickly and without contact. By combining this with AI-based software, an effective tool has been created for a wide range of applications.

With this system, data with high information content can now be obtained contactlessly and efficiently, evaluated more reliably and quickly, and analysis costs can also be reduced. Further advantages for you are:

  • No time-consuming sample preparation, such as the creation of cultures
  • No special statistical knowledge required
  • No additional programming necessary

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