Proudly presenting a sneak peak of our photo acoustic aerosol spectrometer with serial number 001 #bootstrapping #startuplife #whomadethatlogo

These three ice crystals were found in mixed-phase clouds. What differentiates them is the amount of liquid droplets that they have gathered in the riming process. For his #PhDwork Fritz investigated riming. Now his preprint is online! #AirborneScience acp.copernicus.org/preprints/acp-…

Stay focused on solving pressing questions in a changing climate. Give contributions that matter with the instruments from schnaiTEC. #OurMission

The schnaiTEC PAAS family just got bigger with a new four wavelength instrument. Now "breathing on its own" with an incorporated flow system. This kiddo will head to Finnish #arctic as part of the ATMO ACCESS project supported by scientists Ilmatieteen laitos. #research #SME #BC

We investigate the PAAS-4λ capability to detect pollution events in a pristine Arctic environment during long-term measurements at the Ilmatieteen laitos Pallas GAW site. #AirPollution #SMEScience Weekly preliminary data will be available here schnaitec.com/sammaltunturi

First commercial PHIPS instrument is ready for contributing to groundbreaking research ag-aircraft

The Shmoopy and schnaiTEC PHIPS probe helps scientists during the ongoing IMPACTS mission to gain a detailed insight into in-cloud ice crystal habits that might later develop into snow fall. #PHIPS #AirborneScience #RealIceCrystals

First two months of PAAS-4λ deployment at the Ilmatieteen laitos Pallas GAW site supported by ATMO ACCESS successfully completed. This data already indicates the good instrument performance under unattended remote conditions. #AirPollution #SMEScience

We are glad to see that the PHIPS instrument of Shmoopy and schnaiTEC provides insight into the hidden nature of tiny immature snowflakes. Martin Schnaiter Emma Järvinen ag-aircraft

The #PHIPS instrument of schnaiTEC now hosts a new feature that will improve #icecrystal airborne science.

schnaiTEC is performing the first routine maintenance after nine months of deployment at the ⁦Ilmatieteen laitos⁩ Sammaltunturi station as a part of ⁦ATMO ACCESS⁩ project #SMEscience

One year of unattended PAAS-4λ #Atmospheric #Aerosol measurements at the Ilmatieteen laitos Pallas #ACTRIS site completed! A successful demonstration of the instrument capability for long-term monitoring tasks. Thanks to ATMO ACCESS for making this possible. #Photoacoustic #SMEScience

Happy New Year! Our start to the new year has been extra happy as we can finally share with you our manuscript describing the performance of the first commercial Four-Wavelength Photoacoustic Aerosol Absorption Spectrometer amt.copernicus.org/preprints/amt-…

The #PHIPS cloud probe helps IMPACTS investigators to get a detailed view on ice microphysics in winter storms. Improved understanding of ice crystal habits can help to improve the predictability of heavy snowfall.

This will be my introductory speech for all my talks now 🧙‍♂️🪄 #ChatGPT

schnaiTEC is now on Instagram👋. To visit our profile, simply click the link below⬇️. instagram.com/p/CoG-O2NLGAx/…

PAAS-4λ #atmospheric #aerosol monitoring at the Ilmatieteen laitos Pallas #ACTRIS is still going strong. Time to start exploring monthly statistics 👇 ATMO ACCESS ACTRIS #SMEScience

Now you can find all the details, including performance and applicability for long-term measurements, of our four-wavelength Photoacoustic Aerosol Absorption Spectrometer (PAAS-4λ) in one paper #innovation #AirQualityMonitoring amt.copernicus.org/articles/16/27…

We will have the change to launch 🚀 our new development and become part of the European Space Agency #startup family through the #esabic Baden-Württemberg @bwihk Stay tuned for some cool technology updates!

It is a beautiful day for a beautiful halo. Wonder why halos are so frequent in the Antarctica? We do. Therefore, as a joint effort between Italian National Research Council CNR Istituto Nazionale di Ottica, Shmoopy and schnaiTEC we study ice particles at the #DomeC station at #Antarctica