News & Events

Stable and robust humidity sensors with ultra-fast response time are often needed in meteorological applications – not only under normal but also elevated environmental conditions, such as extremely low temperatures and exposure to condensation. Our P14 4051 Rapid Thermo provides the fully tailored solutions required by such applications.

Aller Naturgewalt, unwegsamem Gelände und Schicksalsschlägen zum Trotz konnte die neue Schule von Makaldamar seine Pforten öffnen. Die kleine Grundschule für knapp 100 Kinder wurde während der Erdbeben in Nepal zerstört. Die Hilfsorganisation LiScha Himalaya hatte sich deren Neubau auf zur Mission gemacht und konnte nach einer langen und beschwerlichen Bauphase und mit Hilfe von Sponsoren wie der IST AG das Einweihungsfest feiern.

The Silicon Flow Sensor (SFS) is IST AG’s first flow sensor based on silicon technology and extends the IST AG flow portfolio. The SFS is made for gas flow and it is IST AG’s fastest flow sensor with a response time 5 ms.

Thermal mass flow sensors and measuring systems are well-known devices that are offered in a wide range of products by a handful of suppliers in the marketplace.

Swiss sensor manufacturer moves into modern production and office facilities

Just in time for the change to the year 2019 we appear in a new look. With the new logo, which was announced beginning of December 2018, the development of the last years is now reflected in our appearance.

Lea Mettler and Marco Giger are not only apprentices at Innovative Sensor Technology IST AG - they are also young sports talents who complete their commercial training in addition to the high pressure of competitive sports.

Innovative Sensor Technology IST AG was honored as the most successful production company within the Endress+Hauser Group in 2017. This was the second time in a row that this award went to the sensor specialist of the Toggenburg valley.

In response to the growing demand for high-precision platinum temperature sensors, IST AG is launching a new RTD PW series for high-precision measurements. The new 4-wire design on-chip allows measurements in class F0.15 up to +600 ° C with very low hysteresis.