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UV Fused Silica Plano Concave PCV Lens With Customized Coating

Basic Information
Place of Origin: Wuhan,China
Brand Name: Wuhan Siwer Optics
Minimum Order Quantity: 10 pieces
Price: 3-20USD/piece
Packaging Details: 1.Tissue paper.plastic foam packaging film And hard carton box with quakeproof filler
Delivery Time: 4-5 weeks
Supply Ability: 5000 pieces/month
Detail Information
Material: Fused Silica Type: Plano Concave
Diameter Range: 4-260mm Demension Tolerance: +/-0.1mm
Surface Quality: 40/20 Surface Accuracy: Lambda/4 In 25.4mm
Centration: 3 Arc Min Usage: Optical System
Coating: Customized
High Light:

pcv lens

,

plano concave mirror


Product Description

UV Fused Silica Plano-Concave (PCV) Lens

Negative Focal Lengths for Beam Expansion or Light Projection Applications

Wavelength Range of 200 - 2200nm

Popular UV-AR Coating Option Available

 

UV Grade lenses are precision manufactured using research-grade synthetic fused silica. In addition to providing excellent transmission characteristics and higher operating temperatures, synthetic fused silica lenses also exhibit an exceptional inclusion specification and chemical purity. These lenses make a superior choice for many laser and imaging applications, particularly those involving ultraviolet wavelengths. A broadband anti-reflection coating is avaliable for optimized throughput in the ultraviolet spectrum.

 

UV Fused Silica Plano Concave PCV Lens With Customized Coating 0

Production Line

UV Fused Silica Plano Concave PCV Lens With Customized Coating 1


Optical Properties of Plano Concave Lens

Material Optical glass
AR Coating Range 400-1000nm or customized
Diameter Tolerance +0.0/-0.1 mm
Thickness Tolerance ±0.1 mm
Focal Length Tolerance ±2%
Surface Quality 40/20 Scratch-Dig
Surface Flatness
(Plano Side)
λ/2 at 633nm
Spherical Surface Powerc
(Convex Side)
1.5λ at 633nm
Surface Irregularity
(Peak to Valley)
λ/2 at 633nm
Centration <3 arcmin
Clear Aperture >Ø10.16 mm (Ø1/2" Lenses)
>Ø20.32 mm (Ø1" Lenses)
Design Wavelength 546nm

 

Contact Details
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