OPTICAL COMPONENT CATEGORY
Optical lenses control beam convergence, divergence, image formation and one-axis beam shaping across laboratory, imaging and laser systems. This category includes positive and negative spherical singlets, achromatic doublets, meniscus lenses, cylindrical lenses, and compact ball and drum geometries. Each family is organized by optical function so you can compare the geometry that best matches collimation, focusing, relay imaging, beam expansion, fiber coupling or laser-line generation.
Begin with the operating wavelength and required focal behavior, then confirm substrate, clear aperture, effective and back focal length, center and edge thickness, surface quality, centration and coating. K9 optical glass is a practical visible-range option, UV fused silica supports ultraviolet and thermally stable systems, and infrared materials should be selected strictly within their transmission bands. Open a product family below to compare model-level dimensions, coatings, drawings and prices.
BROWSE BY OPTICAL FUNCTION
Achromatic doublets combine optical glasses with different dispersion to reduce longitudinal chromatic aberration.
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Ball and drum lenses provide compact, short-focal-length geometries for fiber coupling, endoscopy, sensing and miniature illumination systems.
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Cylindrical lenses focus or expand light in one axis while leaving the perpendicular axis largely unchanged.
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Meniscus lenses use one convex and one concave surface to control aberration while adding positive or negative optical power.
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Negative spherical lenses diverge incident light and extend the effective focal length of an optical system.
Browse family →Positive spherical lenses converge collimated light to a real focus and are widely used for focusing, collimation and image formation.
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SELECTION QUESTIONS
Technical answers to the questions that most often affect model selection.
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TECHNICAL RESOURCES
Selection guides and practical notes matched to optical lenses.
A spherical singlet lens has one or two surfaces ground to a constant radius of curvature — the simplest and most widely used o...
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Plano-convex and biconvex lenses are the two most common positive (converging) lens shapes. Both bend parallel light rays to a ...
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A meniscus lens has one convex surface and one concave surface — the shape gives it its name, since it looks like a crescent mo...
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An achromatic doublet — often just called an achromat or achromatic lens — is made of two glass elements with different refract...
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A cylindrical lens has curvature in only one direction instead of two, so it focuses light into a line instead of a point. That...
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An aspheric lens has a surface curvature that changes continuously from the center to the edge, instead of staying constant lik...
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