Advent greetings from our testing laboratory
Please note that our testing laboratory will be closed from December 27th, 2023 to January 5th, 2024 and our secretariat will only be accessible to a limited extent during this time.
Please note that our testing laboratory will be closed from December 27th, 2023 to January 5th, 2024 and our secretariat will only be accessible to a limited extent during this time.
To support our technical customer service we are looking for a dedicated service technician in the office and field service, full-time or part-time (80%).
Our customer Dr. Anton Windfelder from the Justus Liebig University of Giessen has published an impressive study on the intestinal tract of the tobacco hornworm caterpillar (Manduca sexta). This animal serves as a model system for ecotoxicology, immunology and intestinal physiology.
Our particle scanner for quick and easy cleanliness checks according to VDA-19.1 and ISO-16232 has received an update. The new hardware is even more compact and delivers razor-sharp images of unwanted residual dirt particles with a resolution of 5 µm/pixel.
In the Bruker AXS webinar series, our managing director Dr.-Ing. Markus J. Heneka spoke as an expert about the application of 3D X-ray tomography in the pharmaceutical industry. The event was viewed very positively by well over 100 registered participants from all over the world.
Nakimera Maria, our sponsored child from Uganda, recently wrote us a letter and reported on her everyday life. We're always happy to hear from her and find out how she's doing.
In profound sadness, we bid farewell to our company founder and long-time managing director Bernhard E. Heneka. He was called home to God yesterday at the age of 77.
To support our team, we are immediately looking for a committed laboratory employee (m/f/d) part-time (50% or more). Newcomers and career starters are very welcome.
A particular challenge is the correct analysis of microparticles inside medical glass ampoules. When the vials are opened, glass breakage often occurs, which can get into the analysis and falsify the result. To solve the problem, our team has developed a new process to non-destructively detect foreign particles in glass ampoules.