optical lens

The optical plano convex cylindrical lens provides one-dimensional focusing and magnification, enabling precise beam size control and sharp line imaging. This plano convex cylindrical lens is widely used in laser line generation, detector illumination, and optical system scaling.

The plano concave cylindrical lens is a negative focal length optical component designed to diverge light in one axis while maintaining the other. It is widely used for laser beam shaping, line generation, and aspect ratio control in precision optical systems.

This UV Fused Quartz Plano-Convex Cylindrical Lens is crafted from high-quality fused quartz, designed for beam shaping and focusing applications, delivering exceptional optical performance for high-precision optical systems.

The UV fused silica plano-concave cylindrical lens is a negative focal length optic designed for one-dimensional beam divergence and aspect ratio control. This UV cylindrical lens offers excellent ultraviolet transmission and long-term stability for precision UV optical systems.

The calcium fluoride plano-convex cylindrical lens is manufactured from high-purity CaF₂ single crystal, offering broadband high transmission and low dispersion for precise one-dimensional focusing. This CaF₂ cylindrical lens is well suited for UV, visible, and infrared optical systems.

Germanium Plano Convex (PCX) Lenses are made from high-purity germanium, with transmission in the 2.0–16μm range. They are widely used in infrared imaging, thermal vision, and optical systems for harsh environments. With high refractive index and durability, they are ideal for advanced infrared applications.

The laser plano convex lens is made of Corning 7980 material, featuring high transmission and high laser damage threshold, designed for 355nm, 532nm, and 1064nm wavelengths, widely used in laser processing and research applications.