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Durable lens for monitoring radioactive processes
Our Model 214 Non-Browning lens is designed for close-up monitoring of radioactive processes in nuclear power, reprocessing, and waste storage plants. This durable fixed focus lens has been...
Video livestream from the International Space Station
Watch the Earth in ultra-high definition livestreamed from video cameras on the International Space Station (ISS). Deployed by UK-based satellite specialists - Sen – these state-of-the-art 4K video...
Would your scientific application benefit from optimised optics?
In a recent exclusive interview with IEN Europe – Rob Watkinson discusses the advantages of optimised bespoke lenses for scientific applications. In addition to describing some ‘cool’ custom optics...
High-Definition vs Ultra High-Definition Lenses
Vision and imaging systems typically require a camera, imaging sensor and lens operating together to provide a working solution. For them to work optimally, all the components must be matched...
Wide-angle lenses with low distortion
Traditionally wide-angle lenses suffer from image distortion. Depending on how you calculate the distortion you will typically be looking at between 5 to 15%. The lens will also require a very large...
How to specify a lens for defence applications
Optics play a crucial role in a wide variety of defence applications. To deliver a robust and reliable optical system for such an application it is critical that a detailed specification is provided...
Application optimized lenses for satellites and space platforms
Designing and producing optics for use in space is a highly specialised area where expertise and experience are critical. Over the last 15+ years we have created a wide variety of...
UV lens for smart ballistics detection system
A military contractor required eight mounted high-performance lenses to provide a 360° view enabling their smart ballistics detection system to detect the UV from gun muzzle flashes, identify its...
Selecting lenses for x-ray instrumentation
Standard glass will turn brown or grey when exposed to x-ray radiation which will in time render the lens unusable. Because of this phenomenon, radiation-resistant cerium doped glasses can be used...








