Visitors to the world’s leading trade fair for machine vision – VISION 2022 (4th-6th October 2022) will be able to meet up with the Resolve Optics team on Stand G44 in Hall 10. We are uniquely...

The f-number (f#) of a lens is the ratio of its focal length to entrance pupil and is used to indicate its aperture thereby determining how much light will pass through the #lens. The higher the...

A focus tracking zoom lens enables users to keep subjects in sharp focus and good resolution even when they are zooming in or out. This useful capability makes using Resolve Optics focus tracking...

For over 20 years we have been designing radiation tolerant lenses for use in the Nuclear, Medical and Space industries. A new video describes our experience in developing and supplying radiation...

Resolve Optics has received an order from a leading aerospace company to design and supply an optimised wide waveband (365 – 1000nm) lens for a multispectral microscope required for a Moon...

Increasingly design specifications we receive for new lens developments require the lens to hold focus over very wide temperature ranges. As operating temperature changes, a lens will contract or...

Traditionally lens design has generally been a trade-off between creating a lens that offers operational convenience against designing a lens that excels at a particular application. However, a...

Adapting an existing design has enabled Resolve Optics to quickly produce an optimised fixed focus non-browning lens for a leading nuclear systems integrator. The customer required a 16mm focal...

Resolve’s new website has been designed to provide easy access to the latest developments in radiation resistant optics, breaking OEM lens design and manufacture news, over 20 customer case studies,...