Advances in intensified imaging offer more opportunities

Image intensification utlises intensifier tubes that use a loop wave to convert photons into electrons, amplify the electron signal and then reconvert the electrons back into a photonic signal. The technology increases the intensity of the available light in a system, allowing better image reproduction in low light scenarios. Applications include biotechnology, industry, research and astronomy. This white paper details how the latest developments in specialised intensifier cameras allow for a number of new and exciting specialist applications.

Image intensification utlises intensifier tubes that use a loop wave to convert photons into electrons, amplify the electron signal and then reconvert the electrons back into a photonic signal. The technology increases the intensity of the available light in a system, allowing better image reproduction in low light scenarios. Applications include biotechnology, industry, research and astronomy. This white paper details how the latest developments in specialised intensifier cameras allow for a number of new and exciting specialist applications.