60 40 optical lens design online manufacture

Custom Wholesale 635nm 254nm Optic UK Color Filter Film Color Light Filter Translucent Optic Filter 1) Suitable for sunlight and other bright light interference work; 2) Transmittance up to 92%, and the optical ... Read More

Custom Aluminum LED Reflector Cup Materials BK7, Quartz, Infrared, Sapphire, Ge, Si, ZnSe, CaF2, etc. Diameter 1.5-300mm Radius >0.8mm Focal Length -30000mm-30000mm Center Thickness Tolerance 0.01mm Diameter ... Read More

OEM BK7 aluminum reflective mirrors for laser engraver gold-plated silicon mirror reflector optical component lenses Specification Materials BK7 or others optical glass. quartz. sapphire . Ge. Si- ZnSe CaF2 etc... Read More

Customization Enhanced Aluminum or Silver Gold Coating 50cm 320g Reflector Mirror Specification Materials BK7 or others optical glass. quartz. sapphire . Ge. Si- ZnSe CaF2 etc. Diameter 1.5~300mm Radius R 0.8mm... Read More

OEM BK7 Aluminum Reflector Concave Mirrors Glass Lens Optical Spherical Telescope Reflector Mirrors Application: 1) Special full reflection type of laser lamp: 0 ~ 57 degrees , 650 nm, 532 n, 475nm reflection ... Read More

OEM BK7 Aluminum Concave Glass Lens 360 Degree Optical Spherical Telescope Reflector Mirror for Laser Feature * Silvering reflector mirror is an important component in laser processing optical path system * ... Read More

Customization Enhanced Aluminum or Silver Coating 50cm 320g Semi Reflector Mirror Laser Mirror is an important component of laser machining optical path system. It can make light reflect according to predetermi... Read More

600w Mono light Photography Studio Strobe Flash Lighting Accessories Standard Reflector Mirror High reflectivity optical mirrors are applied to the light of UV, visible light, visible infrared light, visible ... Read More

BK7 Optical Glass Lens Telescope Achromatic Objective Lens Materials BK7, Quartz, Infrared, Sapphire, Ge, Si, ZnSe, CaF2, etc. Diameter 1.5-300mm Radius >0.8mm Focal Length -30000mm-30000mm Center Thickness ... Read More