Aspherical lens is a lens whose surface profile is not part of a sphere or cylinder.
This non-spherical shape helps reduce optical aberrations—such as spherical aberration, coma, and distortion—allowing the lens to provide sharper images, improved focusing performance, and more compact optical designs compared to traditional spherical lenses.
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Concave-convex Lens
Concave-convex aspherical lenses are commonly used to correct spherical aberration and improve imaging quality in optical systems, especially where high resolution and compact design are required. Their aspherical surface design enables better light focusing and reduced distortion compared to traditional spherical lenses.
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Biconcave Lens
Biconcave Aspherical Lenses are commonly used to control beam divergence in laser applications, or for use in imaging and sensor systems where precise light shaping is required. Their aspherical design helps reduce spherical aberration, providing improved optical performance compared to traditional spherical lenses. Biconcave Aspherical Lenses feature optimized profiles to achieve efficient beam expansion and uniform light distribution.
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Biconvex Lens
Biconvex Aspherical Lenses are commonly used to focus or collimate light in imaging, laser, and sensor applications. Their aspherical surfaces help reduce spherical aberration and improve image quality compared to traditional spherical lenses. Biconvex Aspherical Lenses feature optimized profiles for high focusing efficiency and precise light control.
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