Contamin@Lyon 2026

Cleanroom
La Sucrière
Lyon, France
Life Science
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Contamin@Lyon, returning to La Sucrière for its 3rd edition, is the region’s leading event for contamination control and cleanrooms.

Come and meet our French team at our booth number A05 and discuss your measuring and monitoring needs. 

Read more: Contamin@Lyon

Refrigerator Monitoring

Continuous monitoring system

The viewLinc Continuous Monitoring System has been designed for environmental monitoring in GxP-regulated industries. viewLinc fulfills the requirements to support the organization to comply e.g. FDA 21CFR Part 11 and EU GMP Annex 11 monitoring needs. The best in class system in the industry provides all the required features like real-time monitoring and data storage, remote alarming, regulatory compliant reporting, event log and more. The viewLinc CMS is ideal for:
 

viewLinc continuous monitoring system
RFL100 CO2 data logger on incubator

Data loggers for Life Science

Vaisala data loggers are an excellent choice for environmental monitoring in a continuous monitoring system or for thermal validation mapping projects. Vaisala high-performance measurement technology is integrated into our data loggers to fulfil a wide variety of application needs in GxP-regulated Life Science industries. From cryogenic storage in liquid nitrogen to high-temperature ovens, Vaisala data loggers are available in our VaiNet wireless solution or connected to local LAN network. All data loggers provide the highest level of secure connectivity.

VaiNet data loggers

Life science & pharmaceutical applications in pharmaceutical, biotechnology, and medical device industries

Petri Dishes

Life Science Solutions - for Real Life

Vaisala provides systems and services that reduce the risks of environmental deviations and regulatory non-compliance. Our solutions monitor, alarm and record conditions in storage and processing areas for time/temperature-sensitive products.

Find your local Vaisala contact
Using real-time measurement of critical parameters during vaporized hydrogen peroxide (vH2O2) bio-decontamination cycles can decrease batch-to-batch variability and simplify validation efforts. For this reason, both OEMs (Original Equipment Manufacturers) and end users are increasingly using inline monitoring sensors to control their vH2O2 bio-decontamination processes. By integrating stable and repeatable sensor technology to control vapor generation systems, isolators, transfer hatches and large volume spaces can be decontaminated more constantly and reliably.

In this webinar, we describe how to achieve both monitoring and control of vH2O2 processes using the Vaisala PEROXCAP technology used in the HPP270 series probes and Indigo transmitters. We will discuss the different variables essential to achieving effective vH2O2 bio-decontamination, while preventing unwanted conditions that can cost time and money.
 
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