Description (Suggestion 1 – general & attention-grabbing):
PILATUS4 marks the beginning of a new chapter in synchrotron science: higher speeds, larger active surfaces, and smart data interfaces enable experiments that were previously impossible. Initial installations at ESRF and PSI show how PILATUS4 takes time resolution, image quality, and efficiency to a new level – from battery research to protein structure analysis.
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We’re proud to unveil POLLUX™, the latest addition to our family of laboratory X-ray detectors - and our most versatile one yet. Built on decades of expertise in Hybrid Photon Counting (HPC) technology, POLLUX was specifically developed for laboratory XRD, empowering scientists and instrument developers with fast, accurate, and energy-discriminating X-ray detection.
DECTRIS is pleased to announce a new option for customers buying DECTRIS ARINA® for 4D STEM for transmission electron microscopes (TEM): Point Electronic REVOLON TEM Scan Controller.
We are excited to launch DECTRIS CLOUD for Scientists - a free and open platform designed to give researchers the tools, speed, and autonomy needed to push discovery forward. Whether you're based at a beamline, in a university lab, or working remotely, you can now access full scientific data processing and management tools built for scientists.
Tackling the Challenges Posed by Experimental Synchrotron Data with DECTRIS CLOUD
Discover the MX group members’ journey of integrating a DECTRIS PILATUS4 detector into their beamline control system at the Swiss Light Source (SLS). Learn about the remarkably smooth integration, minimal effort, and great user experience!
Among the highlights at the IUCr 2023 were DECTRIS’ PILATUS4 launch, an Exhibition and Scientific Contributions, a DECTRIS Party, and lots of fun times!
TESCAN TENSOR integrates DECTRIS QUADRO hybrid-pixel detectors to enable 4D STEM applications.
We are launching a new 4D STEM hybrid-pixel detector. Learn more about DECTRIS ARINA!
