Doctors walking in hospital corridor

Life Science:
Pharmaceutical, Biotechnology and Medical devices

From research labs to production areas and warehouses, Vaisala delivers precision and compliance at every stage of your GxP-regulated operations. Our high-performance data loggers, smart probes, transmitters, inline refractometers, and monitoring software are engineered for reliability and built to meet global regulatory standards. 

Supporting a broad range of critical parameters, Vaisala solutions help you maintain product quality, safeguard patient safety, and remain audit-ready—even in the most demanding controlled environments. To further support your success, our expert services ensure every Vaisala product is deployed, configured, and validated to meet or exceed your operational requirements.

Purpose-built for environmental monitoring in GxP-regulated industries

Designed to support compliance with key regulations such as FDA 21 CFR Part 11 and EU GMP Annex 11, viewLinc offers a comprehensive set of features to meet the strict demands of pharmaceutical, biotech, and medical device environments.

The system delivers real-time monitoring, data integrity, remote alarming, audit-ready reporting, detailed audit trail, and more—all in a robust, easy-to-use platform trusted by industry leaders worldwide.

viewLinc continuous monitoring system

RFL100 CO2 data logger on incubator

Data loggers for reliable, high-accuracy measurements

Built on Vaisala’s own proven sensor and measurement technology, our data loggers are trusted across a wide range of GxP-regulated life science applications—from ultra-low temperature cryogenic storage to high-heat environments like stability chambers and ovens.

Available with secure VaiNet wireless connectivity with RFL100 data loggers, or direct LAN integration with VDL200, Vaisala data loggers deliver reliable performance and secure data transfer—supporting compliance with the highest standards for data integrity and regulatory requirements.

Advanced sensing technologies: Smart probes & transmitters

Vaisala offers a trusted portfolio of high-performance solutions for monitoring critical parameters including humidity, temperature, CO₂, vaporized hydrogen peroxide (vH2O2), dew point, barometric pressure, differential pressure, and more.

Our intelligent transmitters feature interchangeable smart probes that deliver precise, reliable measurements in demanding life science environments. Common applications include:

Polaris PR53AC process refractometer

Inline liquid concentration measurements for life science processes

The Vaisala Polaris™ pharma refractometer is purpose-built for pharmaceutical and biotechnology manufacturing, enabling real-time, in-line measurement of liquid concentrations across all stages—from laboratory-scale development and pilot batches to full-scale commercial production.

This robust process analytical technology (PAT) tool enhances visibility into critical process parameters (CPPs), supporting faster drug development, increased production efficiency, improved product quality and consistency, and regulatory compliance. Typical applications include monitoring and control in the processing of active pharmaceutical ingredients (APIs), vaccines, antibiotics, proteins, biochemical polymers, and buffer solutions.

Why Vaisala for Pharmaceutical, Healthcare, Medical Device and Biotechnology Applications?

Vaisala combines deep industry expertise with a comprehensive understanding of global regulatory requirements in the life sciences. Our solutions help pharmaceutical, biotechnology, and medical device companies strengthen compliance, enhance product quality, and accelerate development and production performance.

With a broad portfolio — including data loggers, transmitters, process refractometers, OEM sensors, handheld devices, software, 
and fully integrated systems — Vaisala supports the critical measurement needs of nearly all of the world’s leading life science organizations. 

Our technologies help safeguard people, processes, and products across every stage of the GxP-regulated lifecycle.

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