Optical plano-convex lenses are made of high-quality materials such as Schott, Hoya, Ohara, CDGM optical glass, Crystal and Corning fused silica. These materials have high transmittance, low refractive index, good thermal stability and chemical stability. These plano-convex lenses are widely used in laser focusing, beam collimation, spectral analysis and other fields. The size, focal length and coating can be customized according to customer needs.
This UV fused silica plano-convex lens offers outstanding ultraviolet transmission and high thermal stability, ideal for precision UV imaging and laser applications.
This Calcium Fluoride Plano-Convex Lens provides exceptional transmission from ultraviolet to infrared wavelengths, featuring low dispersion and high laser damage threshold—ideal for UV, IR, and laser optics applications.
This bi-convex lens features a symmetric converging design with a positive focal length, ideal for focusing point sources or collimating beams; choose a broadband AR coated lens option to reduce surface reflection and improve throughput.
This UV fused silica double-convex lens provides excellent ultraviolet transmission and superior imaging performance, ideal for UV laser, optical instrumentation, and precision imaging applications.
This Calcium Fluoride Double-Convex Lens offers outstanding transmission from ultraviolet to infrared regions, providing low dispersion, high laser damage threshold, and excellent imaging quality for precision optical systems.
The optical plano-concave lens features one flat surface and one concave surface, designed to diverge incident light and control beam convergence. This plano-concave lens is manufactured from high-quality optical materials with precision polishing, offering excellent transmission, thermal stability, and reliable performance in demanding optical systems.
This High Precision Calcium Fluoride Plano-Concave Optical Lens is made from high-purity CaF₂ material, offering excellent transmission and minimal absorption, ideal for high-precision optical systems from UV to IR wavelengths.
The optical double concave lens features two concave surfaces designed to diverge light and improve image control in precision optical systems. This optical double concave lens offers high transmission, low dispersion, and excellent stability, making it a reliable negative lens element for scientific and industrial applications.
This UV Fused Silica Double Concave Lens is made from high-purity fused silica, featuring excellent UV transmission and minimal absorption. It is ideal for beam divergence control and high-precision optical systems used in laser and scientific applications.
This Calcium Fluoride Double Concave Lens is made from high-purity CaF₂ crystal, offering superior transmission, low absorption, and excellent thermal stability. It is ideal for optical systems requiring beam divergence and precise light control across UV and IR ranges.
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