Unfortunately, many optical materials transparent to visible light become strongly absorbing in the ultraviolet (UV) spectral region (200-400nm). Also due to the shorter wavelengths – scattering...

Traditional zoom lenses are complex with lots of close tolerance components sliding and rotating within each other. This is fine under normal conditions, however at extremely low or high...

Our ‘Custom optical design and manufacture’ brochure has been produced as an informative introduction for scientists, engineers and designers looking for a specialist lens or optical system to solve...

If you need HD or Ultra-HD resolution, performance in a specific wavelength range, manual or motorised operation or a space saving zoom lens design to fit in a small area then watch this video. The...

When choosing a lens mount - key factors for consideration should include lens size, register distance, and how secure and stable you need your lens to be. For instance – a larger mount size can...

A focus tracking zoom lens is necessary for any application where live images are required, or you need constant focus within a range of distances. Zoom tracking involves the automatic adjustment of...

Over the last 24 months – Resolve Optics Ltd has worked closely with microsatellite video specialists – Sen to supply them with radiation tolerant, space ready 4K lenses optimised for three...

FAQ: What are the main advantages and disadvantages of a zoom lens? A: Zoom lenses offer a much more versatile option than a fixed focus lens providing you with a range of focal lengths. Using a...

In a recent exclusive interview with Imaging & Machine Vision Europe – Resolve Optics’ Rob Watkinson discusses the challenge of developing optical products for use in high radiation...