UV Quartz Lenses and Lens Design for electronics, optics, medical and precision industrial applications.
Our line of Ultraviolet Quartz Lenses is designed for imaging in the deep UV spectrum
UV Quartz lenses optimized for 266nm wavelength.
Available from stock in 6,9,12, 25, 50, 78, and 105mm focal lengths, these lenses are well suited to forensic investigation and other UV and Infra-red imaging applications.
We have designed and manufactured these lenses as a reasonably priced solution to the growing need for imaging in the other than visible spectrum. Owing to the broad transmission range of the quartz elements this family of lenses can transmit well into the Infra-red spectrum as well.
The typical transmission of the Universe family of quartz lenses is optimized for 266nm, however, there is a wide range of transmission. Be advised that the lenses are NOT corrected for constant focus throughout their range. Re-focus will be required at different wavelengths.
Applications Include: – Electronics, Optics, Medical and Precision Industrial applications.
We offer a full line of camera specific T- mount adapters and filters to fit all of our quartz lenses. We also have bare filter rings to mount your custom filters if desired, for maximum versatility. Please call 516-624-2444 to learn more about this useful offering of lenses.
View Ultraviolet Lens News
Ultraviolet lenses are used in many focusing, collimation, or laser applications that operate within the ultraviolet spectrum. They are optical lenses that consist of a single, or multiple elements that have been designed for optimal performance when used in ultraviolet light.
Ultra-violet printing is not a new technology. As a matter of fact, it has been utilized with great success for more than a decade in the flexographic printing industry. UV print technology offers a higher quality print as compared to water-based or solvent ink systems.
Researchers from Penn Medicine have discovered that ultraviolet (UV) robots can help to reduce the rate of common bacterial infections transmitted in hospital settings. The robots are programmed to flash UV lights into a hospital room that will lock onto the DNA of bacteria and organisms and destroy them. The most prevalent form of bacteria, […]
