60 40 rod lens
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Bk7 Lentille en verre sphérique Biconvex Ar Coating Plano Lentille convexe
BK7 Spherical Glass Lens Biconvex AR Coating Plano Convex Lens Specification Materials K9 quartz Length 100mm Width 3~100mm Height 3~100mm Length tolerance +/-0.01mm Width tolerance +/-0.01mm Height tolerance +/-0.01mm Angle tolerance 3"~2' Irregularity ΔN=0.1~0.5 Surface accuracy N=1~3 Surface quality 40/20 Coating Upon request Application area Imaging, Lighting, Laser etc Company Profile Shanghai Advance Optical-Electronics Technology Co., Ltd. is a technology-based
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L'AR asphérique a enduit la lentille de collimation de diode laser 200 à 1100nm
Custom Infrared Micro CCTV Camera Lens m12 Materials Metal, Glass Total Track Length 21mm Focal Length 14.5mm Distortion 99.8@850nm±20nm Damage Threshold 50J/cm2 Screw Thread M12*0.5-6g Application Area Laser Technical Process Our Partner Application Delivery About Us Shanghai Advance Optical-Electronics Technology Co., Ltd is specialized in manufacturing optical lenses, locating at Shanghai Qingpu District and half hour driving-distance from Shanghai Hongqiao Airport. Our
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Lentille de cylindrique convexe de BK7 Plano, 200 à la lentille de collimation de la diode laser 1100nm
BK7 Plano Convex Cylindrical Lens , 200 To 1100nm Laser Diode Collimating Lens Material Metal+Glass Total Track Length 220mm Focal Length 15mm-110mm Distortion 99.5@420~680nm Application area Karl-Storz,Olympus Recommend Products Company Profile Shanghai Advance Optical-Electronics Technology Co., Ltd. is a technology-based production enterprise,officially established in September 2009,the plant site located in Qingpu Industrial Park, Shanghai, only half an hour's drive from
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200nm aux objectifs de caméra 1200nm optiques, AR a enduit la lentille de collimation de laser
Custom Infrared Micro CCTV Camera Lens m12 Materials Metal, Glass Total Track Length 21mm Focal Length 14.5mm Distortion 99.8@850nm±20nm Damage Threshold 50J/cm2 Screw Thread M12*0.5-6g Application Area Laser Recommend Products Company Profile Shanghai Advance Optical-Electronics Technology Co., Ltd. is a technology-based production enterprise,officially established in September 2009,the plant site located in Qingpu Industrial Park, Shanghai, only half an hour's drive from
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Lentille de Fresnel infrarouge à prisme de cube en cristal de grande lentille en verre optique BK7
Company Profile Shanghai Advance Optical-Electronics Technology Co., Ltd. is a technology-based production enterprise,officially established in September 2009,the plant site located in Qingpu Industrial Park, Shanghai, only half an hour's drive from Shanghai Hongqiao International Airport. The company gathers several excellent technicans in optical industry, has comprehensive supporting capabilities such as optical mechanical and electrical design, processing and sales
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Prisme de verre optique à angle droit BK7 personnalisé avec une qualité de surface de 60/40 et une tolérance de dimension de +/- 0,01 mm
Sapphire BK7 Right Angle CaF2 Optical Glass Prism Custom Optical Glass Bk7 Right Angle Prism Light enters through one side of the prism and exits through the opposite side, with the outgoing light deflected toward the bottom surface. The deflection angle depends on the prism's refractive index, apex angle, and incident angle. When light reaches the interface between two media, both reflection and refraction typically occur. Under specific conditions, light rays undergo total
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Double lentille concave de lentille en verre optique du saphir 3-300mm d'OEM pour le microscope
Specification Materials BK7 or other optical glass,quartz,sapphire,Ge,Si,ZnSe,CaF2 etc Diameter 1.5~300mm Radius R0.8mm-∞ Focal length -30000mm~+30000mm Center thickness tolerance +/-0.01mm Diameter tolerance +/-0.005mm Focal length tolerance +/-1% Surface accuracy N=1~3 Irregularity ΔN=0.1~0.5 Decenter 3'~1' Surface quality 10/5~60/40 Coating Upon request Application area Imaging,Lighting,Laser etc Recommend Products Company Profile Shanghai Advance Optical-Electronics
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L'AR a enduit la lentille sphérique convexe Antireflective de silice fondue de Plano enduit
Large custom diameter plano convex fused silica aspheric plano-convex optical silica lens Biconvex lenses are a simple lens comprising two convex spherical surfaces, generally with the same radius of curvature. Advance Optical-Electronics supplies a wide range of stock and bespoke biconvex lenses, available coated or uncoated. Our stock range of lenses are available uncoated or antireflective coated for visible applications through to NIR applications, including AR coated
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Lentille concave convexe en verre optique lenticulaire claire de ménisque de la lentille HMC Plano
Specification Materials BK7 or other optical glass,quartz,sapphire,Ge,Si,ZnSe,CaF2 etc Diameter 1.5~300mm Radius R0.8mm-∞ Focal length -30000mm~+30000mm Center thickness tolerance +/-0.01mm Diameter tolerance +/-0.005mm Focal length tolerance +/-1% Surface accuracy N=1~3 Irregularity ΔN=0.1~0.5 Decenter 3'~1' Surface quality 10/5~60/40 Coating Upon request Application area Imaging,Lighting,Laser etc Recommend Products Company Profile Shanghai Advance Optical-Electronics
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ZP Precitec Procutter 2.0 WSX Raytools Lentille Concave Plano Lentilles de Sécurité Laser
Cutting Focus mirror,wavelength 1064 nm Specification Materials BK7 Diameter 20mm Radius R0.8mm-∞ Focal length 120mm Center thickness tolerance +/-0.01mm Diameter tolerance +/-0.005mm Focal length tolerance +/-1% Surface accuracy N=1~3 Irregularity ΔN=0.1~0.5 Decenter 3'~1' Surface quality 10/5~60/40 Coating Upon request Application area Imaging,Lighting,Laser etc Recommend Products Company Profile Shanghai Advance Optical-Electronics Technology Co., Ltd. is a technology
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Silice infrarouge de GE lentille sphérique de boule de moitié de 1,5 à de 300mm
Custom optical half ball spherical Ge germanium Infrared IR half ball silica spherical optical lens Aspheric lens surfaces are used to correct spherical aberration (where the converging light from a lens does not have a common focal point, resulting in a distorted image) in lasers and imaging. Traditional spherical lenses cannot collimate light effectively because even small angles of incidence can produce spherical aberrations. This can mean that several components may be
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K9 revêtement supérieur de caméra de guide d'hémisphère de lentille optique de ZnSe de 3,98 pouces
Optical Mini Glass Bk7 Dome Lens K9 od3.98 inch Hemisphere Guide Top Camera Coating Dome Lens For Video Camera A single lens used to form an image will always show some chromatic aberration, that is variation of focal length with wavelength. Achromatic doublet lenses correct for this as they are constructed from two different glass types and designed to remove first order chromatic aberration. Generally spherical aberration is reduced at the same time. Achromatic doublets are