Why choose a custom UV lens?

Why choose a custom UV lens?

Unfortunately, these lenses offer almost no transmission below 380 nm. For monitoring, detection and imaging applications in the Ultraviolet (UV) waveband (200 – 400nm) this is just not good enough. Drawing upon 2 decades of experience we are often able to overcome...
Why should I consider an athermalized lens?

Why should I consider an athermalized lens?

As materials are heated or cooled, they will expand and contract. However, the rate at which this happens will vary from material to material. Changes in temperature can also affect the refractive index of optical materials. The cumulative effect of these small...
Fixed focus lenses for monitoring radioactive processes

Fixed focus lenses for monitoring radioactive processes

For monitoring radioactive processes in nuclear power, reprocessing and waste storage plants – Resolve Optics offers a standard range of 6mm, 9mm and 25mm focal length fixed focus lenses. Designed to provide a focal length of 6mm or 9mm respectively, the Model 214 and...
How secure is the supply of your key optical components?

How secure is the supply of your key optical components?

https://www.resolveoptics.com/optics22/wp-content/uploads/2023/02/03-Security-of-supply-1x1_221103.mp4 This new video addresses how we ensure the security of supply of key lenses used in your optical product. All application optimised lenses we design and manufacture...
Space Optics – FAQ

Space Optics – FAQ

Q: Do I need radiation tolerant lenses for my space application? A: The impact of cosmic radiation on your lens or optical system is a major consideration when designing for use in space. Unfortunately, standard optical glass types turn brown or grey when exposed to...