Dear All,

Welcome to the Plair Newsletter! We're thrilled to share the latest news with you. In this issue you will learn about our latest innovation developed for indoor environmental monitoring. The new generation of instruments has been showcased on March 26^th to 28^th at ContaminExpert and ContaminExpo in Paris. A new user tool is now available for the Rapid-E users. A few month ago, we launched a series of tutorials for the Rapid-E users that explain some basic techniques for data pre-processing and its application to pollen identification.

We’ve highlighted our latest news and hope you will enjoy reading it!

Rapid-C is designed for real-time viable particle monitoring in controlled environments (cleanrooms). This new generation of instruments tackles the issue of biological contaminants’ threat to numerous manufacturing processes of different fields. Biological contaminants pose significant risks ranging from healthcare to industrial, food, and pharmaceutical industries. Instead of days of analysis by traditional microbiological methods, our new generation of instruments enables real-time counting and classification of viable and non-viable particles, leading rapid response to contamination events. To discover more about Rapid-C, please click here.
 

Rapid-C has received a lot of attention at the ContaminExpo and ContaminExpert exhibition and congress in Paris, dedicated to products and services that are invaluable for cleanrooms and contamination control, where the instrument was presented for the first time. In addition, we presented our latest results in the development for real-time and precise air contamination monitoring through Plair’s technology at the ContaminExpert congress.

Participating at both the show and the congress allowed us to create valuable contacts with important players and experts in various industries, such as cosmetics, pharmaceuticals, healthcare, food and more.
 

A series of tutorials is now available for the Rapid-E users to help them in data processing and in analyzing complex scattering and fluorescence data. The tutorials explain some basic techniques for data pre-processing, data handling and even for applying supervised learning methods to Rapid-E. These tutorials are placed in a private GitHub repository. To be able to access it, please create a GitHub account and send us your GitHub account username by email.

Best wishes,
The Plair SA team