How to choose the correct tip size for profiling applications and what to avoid

A walk-though of how oxygen microsensors are made, how they work, specifications, and customizations.

A short presentation of how we make microoptodes, how you can use them, and a look at specifications and customizations.

CSO Lars Hauer Larsen reviews the pros and cons of these sensor types for a given application.

We look into how SULF sensors are made, how they work, their specifications, and possible customizations.

Learn when to choose H₂S over SULF, the applications as well as specifications and customizations.

Take a quick tour of the characteristics, applications, specifications, and possible customizations.

We guide you through how the sensors are made, how you can apply them as well as specifications and customizations

Watch this quick guide to learn about the sensor's most important measuring characteristics, specifications, and customizations

A walk-though of how pH microelectrodes are made, how they work, specifications, and customizations.

A short presentation of how we make Redox microelectrodes, how you can use them, and a look at specifications and customizations.

Application Scientist Tage Dalsgaard shows you how to perform a 2-point calibration with a zero oxygen solution and water at atmospheric saturation

Application Scientist Tage Dalsgaard shows you how to perform a 2-point calibration with H₂S free water and one known H₂S concentration

Application Scientist Tage Dalsgaard shows you how to perform a 2-point calibration with one zero N₂O and one known N₂O concentration

Application Scientist Tage Dalsgaard shows you how to perform a calibration using the Redox electrode calibration kit

Application Scientist Tage Dalsgaard shows you how to perform a calibration using the pH electrode calibration kit

Step by step guide on how to mount a deep sea microsensor in the In Situ UniAmp System

Step by step guide on how to add electrolyte to your deep sea sensor