Benefiting from over 20 years of cutting edge development and manufacture, Andor’s comprehensive range of high energy camera detection systems addresses a wide variety of imaging and spectroscopy applications from cell structure studies and medical research to material analysis.
High Energy Detection Brochure
These ‘direct’ or ‘indirect’ detection systems can be used at varying energy levels and are configured to operate across a number of sampling interfaces. For example, cameras can be placed directly into a vacuum chamber or can interface with a vacuum chamber via a mounting flange. Fiber-optic coupled configurations are also available to interface with external scintillators or imaging relays such as streak tubes.
Andor’s high energy detection platforms are built to last and are engineered from the outset with ease of use in mind; every system is developed to integrate quickly and directly into the heart of the experimental setup.
Andor also offers expertise in bespoke customization to arrive at novel detection solutions to your specific experimental requirements.
Andor’s high energy camera solutions cover a broad wavelength range, spanning VUV, EUV, X-ray and gamma regions. Detection is achieved either through direct detection of the high energy photon by the sensor or by indirect detection of visible photons emitted from a phosphor or scintillator, either a fiber-optic or a lens coupled to the detector.
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