Where to Buy Lenses

Shanghai Optics specializes in custom lenses for all applications, from prototype to volume production.

Whatever the application, we have a wide range of stock and custom-made lenses available for devices operating within ultraviolet (UV), visible, near-infrared (NIR) and infrared (IR) wavelengths. From aspheric, ball & half ball and drum & half drum to biconvex, concave, condenser and cylindrical lenses, our lens portfolio meets a range of project demands.

We sell spherical and cylindrical lenses, including plano-convec, bi-convex, bi-concave and meniscus lenses.

Standard plano-convex, plano-concave, biconvex, biconcave, cylindrical lenses and lens kits made of BK7, UVFS or CaF₂ optical materials. Lenses of custom design can be produced in our CNC lens polishing facility and later coated for your application.

See us at CLEO 2020 in San Jose, May 10–15 (booth 2118)!

Edmund Optics offers the world’s largest inventory of off-the-shelf optical components, which includes an extensive selection of stock optical lenses such as achromatic lenses or aspheric lenses. Many of Edmund Optics’ lenses are offered with a variety of coating options for the ultraviolet (UV), visible, or infrared (IR) spectrum.

See us at CLEO 2020 in San Jose, May 10–15 (2635)!

DPM Photonics offers precision lenses for collimating the output of high power fiber devices. We also sell focusing objective lenses.

The Model 02-014-1 is an air spaced, computer designed multi-element lens that is diffaction-limited when used with fibers having core diameters as large as 1200 microns. Operational wavelength is 1064 nm. The 02-014 reimages the emitting surface of the fiber with a 0.67× demagnification. Focused spot sizes are significantly smaller than those achievable with single-element lenses used in a similar collimating/focusing configuration. All optical elements are fabricated from high laser-damage resistant glasses and are anti-reflection coated to reduce reflectance per surface to 0.13%. The working distance between the lens and the target is sufficiently large to allow use of a gas nozzle to enhance the cutting or welding process and to prevent debris from depositing on the lens surface.