quartz optical glass lens
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Laser Protection 50mm BK7 Plano Convex Lens Achromatic
50 mm BK7 optical cemented high precision achromatic doublet fused silica laser protection plano-convex lenses Cemented lens The cemented lens is also called an achromatic lens, which is formed by cementing two single lens elements. The performance of multi-color (white light) imaging is much higher than that of a single lens. The achromatic lens consists of two lenses of different materials glued together to correct the dispersion of the glass. Eliminating the problem of
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1.5mm To 300mm Telescope BK7 Aspherical Optical Lens
Wholesale Customized Design Optical Mirror Triple Bigest Achromatic Resin Doublet Cemented Focusing Lens Telescope Lens Cemented lens The cemented lens is also called an achromatic lens, which is formed by cementing two single lens elements. The performance of multi-color (white light) imaging is much higher than that of a single lens. The achromatic lens consists of two lenses of different materials glued together to correct the dispersion of the glass. Eliminating the
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High Precision 10/5 To 60/40 Aspherical Optical Lens
Factory Optical Cemented High Precision Sapphire Dome Trading Achromatic Lens For Optical System with Flange Cemented lens The cemented lens is also called an achromatic lens, which is formed by cementing two single lens elements. The performance of multi-color (white light) imaging is much higher than that of a single lens. The achromatic lens consists of two lenses of different materials glued together to correct the dispersion of the glass. Eliminating the problem of
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Telescope Achromatic Clear Aspherical Optical Lens
Triplet optical infrared contact cemented telescope achromatic clear optical lens Cemented lens The cemented lens is also called an achromatic lens, which is formed by cementing two single lens elements. The performance of multi-color (white light) imaging is much higher than that of a single lens. The achromatic lens consists of two lenses of different materials glued together to correct the dispersion of the glass. Eliminating the problem of chromatic aberration, achromatic
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LED Micro 0.5mm To 120mm Quartz Fused Silica Rod 10/5 To 60/40
Customized Silica Optical Glass LED Micro Rod Lens Optics Rod lenses are mainly used in Sensors, light guides, and endoscopes, laser systems. Sunday can make polishing either the end faces or the cylindrical faces depanding on customer's using. Rod lens can be two end faces polished, cylindrical faces polished, coating is available. Material BK7, Quartz, Infrared, Sapphire Diameter 0.5-50mm Length 0.5-120mm Diameter Tolerance 0.005mm Length Tolerance 0.005mm Surface
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Small Series Clear Coating Camera Acrylic Dome Lens For Cellphone
Small Series Clear Coating Camera Used Optical Glass Protective Plastic Acrylic Dome Lens for Cellphone Mainly be used to protect the lens of underwater camera, security camera, LED, and unmanned aerial vehicle etc., dome lens could resist the pressure of water, and give a best view field to catch picture. 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
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AR Coated Quartz Half Rod ZnSe Cylindrical Mirrors
Optical Glass Half Rod Cylinder Lenses Cylindrical Lens A cylindrical lens with convex surfaces and square volume can turn a transmitted plane wave into a cylincrical wave, or turn an original cylindrical wave into a plane wave or spherical wave, such a kind of lens can correct ocular astigmation. Specification Range of diameter Dia.0.7mm-Dia.400mm Range of curve radius R1.5-R etc Tolerance of diameter +/-0.1,+/-0.01,+/-0.005 ect. Surface of diameter ,1/2,1/4.1/10 etc
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150mm K9 NBK7 Sapphire Cemented Achromatic Convex Lens
Fire Laser pro Smartphone Optical 150mm Diameter K9 N-bk7 Sapphire Cemented Telescope Objective Achromatic Lens 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 N=0.1~0.5 Decenter 3'~1' Surface quality 10/5~60/40 Coating Upon request
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High precision fire laser pro smartphone micro optical glass cemented lens for optical applications
Specification Materials BK7 or other optical glass,quartz,sapphire,Ge,Si,ZnSe,CaF2 etcDiameter1.5~300mmRadiusR0.8mm-Focal length -30000mm~+30000mmCenter thickness tolerance+/-0.01mmDiameter tolerance+/-0.005mmFocal length tolerance +/-1%Surface accuracy N=1~3Irregularity N=0.1~0.5Decenter3''~1''Surface quality10/5~60/40Coating Upon requestApplication areaImaging,Lighting,Laser etc Cemented lensThe cemented lens is also called an achromatic lens, which is formed by cementing
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10/5-60/40 Sapphire Ball Lens
Custom Optical Fused silica concave glass lens Quartz BK7 Glass Sapphire convex Ball lens 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 N=0.1~0.5 Decenter 3'~1' Surface quality 10/5~60/40 Coating Upon request Application area Imaging
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BK7 Spherical Varifocal 14.5mm Convex Meniscus Lens
Optical Glass BK7 Spherical Meniscus Hemispherical Cover Varifocal Dome Lens Advance Optical-Electronics supply a wide range of IR optics for use in the infrared wavebands. Advance Optical-Electronics supply high quality infrared optics made to our/ your exact specification. Every component is individually tested by our highly skilled technicians in our state of the art metrology lab to ensure all components meet our high quality standards. Specification Materials BK7 or
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Ge Infrared Silica Spherical 1.5 To 300mm Half Ball Lens
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