"We make fancy detectors!"
ASI has detectors for all kinds of particles: electrons, photons, X-rays, neutrons and ions. We design and manufacture highly advanced and customized detector solutions for researchers that need something better than the standard solution.
Learn MorePhoton and electron detector solutions for all scientific needs that are not met by standard scientific detectors.
Since 2011 we specialize in elaborate detectors for diverse sectors, enabling advancements in neutron detection, electron diffraction, and physical chemistry labs. Our cutting-edge hybrid pixel technology ensures easy operation and maintenance, allowing researchers to focus on their work.
Specialized Detector Solutions for TEM and Photon Science
All our technologies are based on ultrasensitive and ultrafast hybrid pixel detectors, based on CERN Medipix-3 and Timepix-1, Timepix-2 and Timepix-3 technology.User-Focused Approach for Advanced Scientists
We help you to develop novel detection concepts including adaptations to your experiment in hard- and software based on modular interfaces and an advanced, well-documented API.
Chronos Series
Photon detectors with nanosecond time resolution for quantum science, neutron science and mass spectrometry imaging.
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CheeTah Series
Hybrid pixel detectors for ultrafast and scanning transmission electron microscopy with nanosecond time resolution.
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The CheeTah Medipix 3 detector combined with continuous rotation electron diffraction greatly improved the data quality and shortened the data collection time from hours to minutes. Ab initio structure determination by electron diffraction has now become as feasible as by X-ray diffraction, but from crystals thousands of times smaller than what are needed for X-ray diffraction.
Prof. Xiaodong Zou
Department of Materials and Environtmental Chemistry at Stockholm UniversityHybrid pixel detectors, boost the power of electron diffraction!
Prof. Dr. Jan Pieter Abrahams Biozentrum
Centre for Molecular LifeIn TPX3CAM all individual pixels function independently and are able to timestamp incident ‘events’. This transforms the imaging sensor into an array of fast digitizers with both spatial and temporal resolutions acting in parallel so multiple ion species can be registered simultaneously allowing for coincidence and covariance analyses.