Corporate news // 20.06.2018
Thirteen OEM representatives joined us to learn how the EIGER2 R 500K can help deliver better data to the end user.
Corporate news // 12.06.2018
The new EIGER2 X CdTe series of detectors brings high spatial resolution to high photon energies
Corporate news // 03.06.2018
SRI was one of the highlights of our year. You packed our lunchtime seminar to hear about EIGER2 X CdTe and made our ...
Corporate news // 19.03.2018
Unite Technology, our distributor in China, visited us in February. They trained extensively in the commissioning, use ...
Corporate news // 26.02.2018
Shimadzu and DECTRIS signed a frame contract regarding the delivery of MYTHEN2 R 1K detectors for SHIMADZU’s X-ray ...
Corporate news // 31.01.2018
After many years of supporting crystallography education, we're proud to launch DECTRIS award as an additional way of ...
Corporate news // 22.01.2018
DECTRIS President and CEO Christian Brönnimann was picked as the winner of the year in the category Business Leaders ...
Corporate news // 05.12.2017
ALBULA with its Python API is a free, versatile image viewer and manipulation software with a powerful application ...
Corporate news // 30.11.2017
DECTRIS wins the Prix SVC Northern Switzerland, the most important prize for SMEs in Switzerland.
Corporate news // 30.11.2017
High resolution in situ PXRD studies in a lab? In two shots, please! When it comes to the tailored design of organic materials, inducing a physical or a chemical change with non-ambient conditions is a hot topic. Not only does this provide new paths for exploring the energy landscape, but it also allows chemistry to be green. In situ monitoring of temperature, pressure or mechanically induced phase transformations is the ultimate dream, as it provides exact information about the conditions at which a certain phase occurs [1,2].
