Traditionally Head Up Display (HUD) design has required a different lens for each aircraft type which can be very costly both in terms of optical design costs and qualification of each lens/camera...

Our over 25 years optical and mechanical design experience and customer centric approach set us apart from other custom imaging lens developers. Why not contact Resolve Optics now to discuss how we...

Camera inspection systems are key to determining the condition of a well or borehole as well as the nature and extent of any problems. Case Study 26 describes how we developed and supplied fisheye...

In an active nuclear power plant or a nuclear fuel recycling facility, the area within and surrounding the reactor or other potentially unstable structures must be continuously monitored to ensure...

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...

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...

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...

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...

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...