Fused Silica Microlens
Fused silica lenses are fabricated on the surface of fused silica substrates into spherical lenses, aspherical lenses, and lens arrays using semiconductor chip processing techniques (including photolithography, etching, optical coating, wafer dicing, etc.).
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Bi-convex lens
Optical Lenses
Zeit-group
Material: H-K9L(BK7) / Quartz / Sapphire / CaF2 / BaF2 / MgF2 / Ge / ZnSe Optical Coating: As Required Surface Figure Accuracy: λ/6
Biconvex lenses primarily collect light from a point source or relay images to other optical systems.
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Plano-convex cylindrical lens
Optical Lenses
Zeit-group
Material: H-K9L(BK7) / Quartz Optical Coating: As Required Surface Figure Accuracy: λ/2
A plano-convex cylindrical lens forms a line image and controls beam size in only one direction.
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Plano-convex lens
Optical Lenses
Zeit-group
Material: H-K9L(BK7) / Quartz / Sapphire / CaF2 / BaF2 / MgF2 / Ge / ZnSe Optical Coating: As Required Surface Figure Accuracy: λ/6
A spherical plano-convex lens operates by refraction.
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Plano-concave cylindrical lens
Optical Lenses
Zeit-group
Material: H-K9L(BK7) / Quartz Optical Coating: As Required Surface Figure Accuracy: λ/2
A plano-concave cylindrical lens forms a diverging line-shaped virtual image and controls beam size in only one direction.
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Plano-concave lens
Optical Lenses
Zeit-group
Material: H-K9L(BK7) / Quartz / Sapphire / CaF2 / BaF2 / MgF2 / Ge / ZnSe Optical Coating: As Required Surface Figure Accuracy: λ/6
A plano-concave lens has a negative focal length and diverges a collimated beam.
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