E-Catch, or the Airborne Particle Sampling Unit, is specifically designed to be combined with Rapid-E+ to provide a more traditional lab-based analysis of airborne particles.

Plair SA announced today that it has been awarded a CHF 2.7 million grant from the Swiss State Secretariat for Education, Research and Innovation SERI for the Horizon Europe, European Innovation Council (EIC) Accelerator Pilot Programme.

We're thrilled to announce that Plair has won the 2021 Geneva Innovation Prize within the framework of the Grands Prix de l'Economie, awarded by the State of Geneva, the Office for the Promotion of Industries and Technologies (OPI), and the Geneva Chamber of Commerce, Industry and Services (CCIG).

PAs growing evidence shows that SARS-CoV-2 (the virus that causes Covid-19) is transmitted through the air via aerosols, the need to monitor them is urgent.

Plair SA and MBV AG jointly announce today the start of a strategic partnership to bring to the market new and innovative automated solutions for microbiology monitoring that combine the technology of both companies.

Atmospheric aerosol particles have an enormous impact on public health which enhance human diseases, whether they come from pollen, fungal spores, bacteria or viruses. It is therefore crucial to properly identify these threats.

The Plair team is pleased to share the news of its latest installation in Montreal, Canada. The Rapid-E instrument was installed at the University of Montreal for automatic and real-time pollen monitoring, in June 2019.

Rapid-E is participating in the RealForAll project in Serbia and Croatia, aiming to provide valuable real-time information for those living with seasonal allergies.

Discover more about Rapid-E's capability to identify and count different pollen species simultaneously and in real time.

Plair SA the creator, manufacturer, and provider of instruments for real-time aerosol detection, brings its expertise of bioaerosol monitoring to indoor air contamination field, with its new instrument Rapid-C for real-time viable particles detection.