SwisensPoleno Jupiter

Stable long-term operation

Reliably measure and identify local concentrations of bioaerosol particles in real time. High availability thanks to robust design and high-quality technology.

Unique identification

Based on an extensive data set and in combination with state-of-the-art machine learning algorithms, excellent quality of classification results is achieved.

Transparent data

Transparent logs and access to raw data allow control of measurement data needed for research purposes.

Lab and field use

There are no limits to its use. SwisensPoleno Jupiter can be operated both in a network out in the field and as an individual measuring system in the laboratory in a simple and user-friendly manner.

Designed for discovering the particle microcosm and pioneering autonomous measurement and monitoring of bioaerosols.

SwisensPoleno Jupiter and its measurement methods:

holographic images
light scattering
polarisation and
UV-induced fluorescence intensity & lifetime

The most important specifications at a glance:

particle classes within 0.5 – 300µm
air sampling volume 40l/min
sigma-2 geometry sample inlet
integrated particle concentrator

Further benefits of SwisensPoleno Jupiter

non-invasive measurement method
immediate verification of identification results
remote access to data
fully remote operation, configuration and updates
integrated self-cleaning function
customized weatherproof housing included
insertable sampler for laboratory evaluation
no consumables

Breaking new ground with Swisens

How do you distinguish pollen from other aerosol particles?

SwisensPoleno’s artificial intelligence uses a pre-filter to separate different particle categories. In this short blog article, we explain what the

23. May 2022 Yanick Zeder.

From particle to screen

How bioaerosol data gets to users This article describes how we convert individual bioaerosol particles into data available on our screen. In general, we

17. May 2022 Patrick Minder.

How to analyze aerosol data from real-time measurement

The latest technologies allow the measurement and monitoring of aerosol particles in real time. A measuring system continuously aspirates air and measures

02. May 2022 Patrick Minder.

Can SwisensPoleno identify pollen in my region?

To address this question, in this article we look at our systems for real-time monitoring of pollen. We show which pollen types SwisensPoleno can

30. March 2022 Patrick Minder.

Benoît Crouzy –
Surface Data, Project Manager Swiss Automated Pollen Network
Federal Office of Meteorology and Climatology MeteoSwiss

“Swisens has shown to be a service-oriented partner in any case, addressing requests diligently. Our suggestions have always been heard and have been systematically translated in technical improvements. In short, Swisens AG has shown to be strongly oriented towards client and market needs. Finally, the tests we performed with Swisens AG resulted in a fruitful scientific exchange. In all, it is for us a great pleasure to recommend Swisens AG for operational or research projects in the field of automatic pollen measurements.”

Prof Martin Gallagher –
Centre for Atmospheric Science,
University of Manchester

“I speak on behalf of my colleagues who are Urban Observatory Principal Investigators and Research Collaborators from the University of Manchester that we have rarely seen, or been provided with such exemplary support as that provided by Swisens. Swisens customer support has been remarkable given the current situation, from remote training and commissioning to rapid support for hardware and software tools specific to our needs to extremely well organised seminars that actually focus on customer feedback and needs. In particular we have been impressed with the Swisens open source data approach and their attention to different users specific needs. Swisens technical innovations has already generated enormous interest in a bioaerosol-aerobiology community that until recently has been limited with respect to real-world and near real-time detection and importantly quantification of airborne bioaerosol concentrations. Their approach has developed significant rapport with multi-disciplinary researchers and Swisens should be lauded for this.”

Mikhail Sofiev –
Research Professor
Atmospheric Composition Research Department
Finnish Meteorological Institute

“The Finnish Meteorological Institute is very satisfied with the cooperation of Swisens AG. The agreed research and development programme is progressing well and mutual openness and collaborative atmosphere strongly supports it. Swisens participated in a workshop and supported the scientists in recording the test data based on the cooperation agreement. A particular outcome of the workshop was a new procedure for the calibration of real-time monitoring systems based on the SwisensAtomizer. It has been proven to deliver cleaner results than the approaches tried so far in different countries. FMI is very satisfied with cooperation of Swisens AG. Our suggestions regarding software tools were quickly accepted and implemented by Swisens engineers. We are indeed happy to work with Swisens and start opening real-time data to professionals in Finland.”

Debora Käser –
Team Leader
Department for Work Safety / Health Protection
Suva

“Being able to aerosolize different powder samples in the lab to perform experiments related to occupational health has been one of our challenges. With the SwisensAtomizer at hand, we now have a small device which helps us to produce a stable dust atmosphere to load filters in a consistent manner, serving as calibration filters for later analysis. Swisens AG has always shown great support concerning our demands on the SwisensAtomizer. We are delighted to collaborate with Swisens AG.”

SwisensPoleno Jupiter

The new way of real-time measurement