We develop and produce measurement devices, sensors, measurement heads, and control units for measurement and monitoring applications from UVA down to VUV radiation. These are tailor-made solutions for a variety of applications - water sterilisation, medical technology, UV-curing, flame detection, and customers special applications.
Our measurement devices are predominantly designed for service and control of UV radiation systems. The measurement heads and sensors together with monitoring systems are suitable for online inspection of UV radiation sources.
Apart from special UV measurement devices and sensors we develop and produce driver circuits for LED-lamps, signal processing circuits and systems, photoamperemeters, and custom made electronic components.

We offer irradiance meters with sensors according DVGW-W294 and ÖNORM M5873-1, standard and reference radiometers, sensors with integrated amplifiers according DVGW-W294 and ÖNORM, as well as sensors in custom specific designs and measurement window casings. For small water sterilisation systems we offer a complete monitoring system for our sensors.

We offer irradiance meters and sensor heads for UVA and UVB radiation for measurements and monitoring in UV exposure devices for medical purposes as well as for solariums. The handheld meters are designed for service purposes and the sensor heads for online radiation source monitoring, respectively.
We will calibrate the irradiance meters and the sensors with the same radiation sources as they are used by our customers.

We offer measurement instruments for UVA down to VUV radiation. These measurement devices allow measuring and monitoring of Hg radiation sources as well as excimer radiation souces from 300nm to 172nm. For high temperature applications we offer solutions using quartz sensor probes.
A compact, very small measuring and datalogging system is now in available for the measurement of irradiance levels and analysis of radiation profiles in radiation source systems, especially suitable for use in facilities with limited spatial accessibility.