News
-
K9 Plano Concave (PCV) Lense
K9 Plano Concave (PCV) Lenses are plano concave lenses based on K9 optical glass.K9 optical glass is an excellent wide-spectrum optical material with high transmittance in the 350nm-2000nm band. It has high hardness, can withstand a variety of physical and chemical stimulations, and has low bubble aRead more -
Zinc Selenide (ZnSe) Double Convex Lenses
Zinc Selenide (ZnSe) Double Convex Lenses are double convex lenses with zinc selenide as the base material.Zinc selenide is a commonly used optical glass material in the infrared band, with a transmission band of 600nm-16μm. It has the characteristics of low absorption and thermal shock resistance.Read more -
Plano Convex
Plano Convex (PCX) Lenses) will focus parallel light into a point, which is the focus of the lens. It is characterized by a positive focal length, one side is flat, and the other side is convex. When in use, the convex side is usually facing the incident light, because the incident light on the twoRead more -
Calcium Fluoride (CaF2) Double Convex Lenses
Calcium Fluoride (CaF2) Double Convex Lenses are double convex lenses with calcium fluoride as the base material.Calcium fluoride has a wide transmission spectrum range (180nm-8.0μm), high damage threshold, low fluorescence, high uniformity, etc. It is physically soft and easy to scratch on the surRead more -
Double Convex Lenses
Double Convex Lenses consist of two convex surfaces with equal radius, which can focus light into a point with a positive focal length. Due to the symmetry of the two sides, it is a more suitable single element in 1:1 imaging applications. It is often used in imaging relay systems and imaging of objRead more -
UV Fused Silica Plano Concave (PCV) Lenses
UV Fused Silica Plano Concave (PCV) Lenses are plano-convex lenses based on fused silica.UV fused silica glass has a wider spectral range (185nm-2.1μm) than K9 optical glass, and has excellent transmittance in the ultraviolet band. It has a lower refractive index, better uniformity, smaller thermalRead more -
THIN FILM LASER POLARIZERS
Thin Film Laser PolarizersAs a leading manufacturer of high-precision optical components, we specialize in the production of various devices that generate or manipulate polarized light waves. Specifically, we offer a complete line of polarizer optics, including dichroic plate polarizers, cube or plaRead more -
UV Fused Silica Double Convex Lenses
UV Fused Silica Double Convex Lenses are double convex lenses with UV fused silica as the base material.UV fused silica glass has a wider spectral range (185nm-2.1μm) than K9 optical glass, has excellent transmittance in the UV band, lower refractive index, better uniformity, smaller thermal expansRead more -
K9 Double Convex Lenses
K9 Double Convex Lenses are double convex lenses with K9 optical glass as the base material.K9 optical glass is an excellent wide-spectrum optical material with high transmittance in the 350nm-2000nm band. It has high hardness, can withstand a variety of physical and chemical stimulations, and has lRead more -
Zinc Selenide (ZnSe) Plano Convex (PCX) Lenses
Zinc Selenide (ZnSe) Plano Convex (PCX) Lenses are plano-convex lenses with zinc selenide as the base material.Zinc selenide is a commonly used optical glass material in the infrared band, with a transmission band of 600nm-16μm. It has the characteristics of low absorption and thermal shock resistaRead more -
Calcium Fluoride (CaF2) Plano Convex
Calcium Fluoride (CaF2) Plano Convex (PCX) Lenses are plano-convex lens products based on calcium fluoride.Calcium fluoride material has a relatively wide transmission spectrum range (180nm-8.0μm), a high damage threshold, low fluorescence, high uniformity, etc. It is physically soft and easily scrRead more -
UV Fused Silica Plano Convex Lenses
UV Fused Silica Plano Convex Lenses (PCX Lenses) are plano-convex lenses based on UV fused silica.UV fused silica glass has a wider spectral range (185nm-2.1μm) than K9 optical glass, has excellent transmittance in the UV band, has a lower refractive index, better uniformity, smaller thermal expansRead more