Achromatic cylindrical lens

Material: Optical Glass,Bk-7

Diameter: 5mm-200mm±0.1mm

Center Thickness Tolerance: ±0.05mm

Lens Alignment Error: ≤3min

Surface Accuracy: λ/ 8 @

Surface Quality: 60/40.40/20.80/60

Effective Caliber: 90%

Coating: 190-380 nm UV AR coating 400-1200 nm visible near-infrared AR coating (532 nm single-point AR coating, 532 + 1064 nm double-point AR coating, 808 single-point AR coating, 1064 single-point AR coating ) And the bandwidth anti-reflection film of this area.
Infrared anti-reflection film: 1560 nanometer anti-reflection film, 3-5 micron anti-reflection film, 8-12 and 7-14 micron anti-reflection film.

Medium and high reflection film: 1,355 nm / 532 nm / 635 nm / 808 nm / 1064 nm single point, double point,three point laser reflection film.

The meniscus lens is concave convex lens. The lens has a convex mirror and a concave mirror. If the outward radian is greater than the inward radian, the lens has a positive focal length and is used as a magnifying glass. United optics technology provides lunatic lenses without coating and IR2 antireflective coating. Germanium (GE) substrates are suitable for infrared applications.

We can customized lenses of various styles and sizesaccording to your request/sample/drawing

welcome to inquiry

The meniscus lens is concave convex lens. The lens has a convex mirror and a concave mirror. If the outward radian is greater than the inward radian, the lens has a positive focal length and is used as a magnifying glass. United optics technology provides lunatic lenses without coating and IR2 antireflective coating. Germanium (GE) substrates are suitable for infrared applications.meniscus lens is concave convex lens. The lens has a convex mirror and a concave mirror. If the outward radian is greater than the inward radian, the lens has a positive focal length and is used as a magnifying glass. United optics technology provides lunatic lenses without coating and IR2 antireflective coating. Germanium (GE) substrates are suitable for infrared applications.
meniscusconcave convex lens. The lens has a convex mirror and a concave mirror. If the outward radian is greater than the inward radian, the lens has a positive focal length and is used as a magnifying glass. United optics technology provides lunatic lenses without coating and IR2 antireflective coating. Germanium (GE) substrates are suitable for infrared applications.concave convex lens. The lens has a convex mirror and a concave mirror. If the outward radian is greater than the inward radian, the lens has a positive focal length and is used as a magnifying glass. United optics technology provides lunatic lenses without coating and IR2 antireflective coating. Germanium (GE) substrates are suitable for infrared applications.concave convex lens. The lens has a convex mirror and a concave mirror. If the outward radian is greater than the inward radian, the lens has a positive focal length and is used as a magnifying glass. United optics technology provides lunatic lenses without coating and IR2 antireflective coating. Germanium (GE) substrates are suitable for infrared applications.concave convex lens. The lens has a convex mirror and a concave mirror. If the outward radian is greater than the inward radian, the lens has a positive focal length and is used as a magnifying glass. United optics technology provides lunatic lenses without coating and IR2 antireflective coating. Germanium (GE) substrates are suitable for infrared applications.concave convex lens. The lens has a convex mirror and a concave mirror. If the outward radian is greater than the inward radian, the lens has a positive focal length and is used as a magnifying glass. United optics technology provides lunatic lenses without coating and IR2 antireflective coating. Germanium (GE) substrates are suitable for infrared applications.