The optical meniscus lens features a concave-convex design that helps control aberrations while maintaining high image quality in positive focal length systems. This optical meniscus lens delivers high transmission and mechanical stability, making it an ideal solution for precision imaging and optical path optimization.
The calcium fluoride meniscus lens is designed with a convex–concave geometry and high-purity CaF₂ material, offering high transmission and low dispersion across the UV–visible spectrum. This calcium fluoride meniscus lens is ideal for precision imaging and optical system optimization.
The UV Fused Silica Aspheric Lens is crafted from high-purity fused silica and precisely engineered to minimize spherical aberration and improve focusing accuracy. It is ideal for UV laser collimation, high-resolution imaging, and precision optical measurement systems.
The Positive Cemented Achromatic Lens is composed of two optical elements with different refractive indices, bonded together to correct chromatic and spherical aberrations. It offers superior color correction and high focusing precision across a broad spectral range, ideal for imaging and laser applications.
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.
The optical circular glass window is designed to protect sensitive optical components while maintaining high transmission without affecting system magnification. This optical circular window is ideal for isolating internal optics from external environments in precision systems.
The UV fused silica circular optical window is manufactured from high-purity JGS1 fused silica, offering high ultraviolet transmission and excellent thermal stability while protecting optical systems. This UV optical window is ideal for demanding ultraviolet applications.
The calcium fluoride circular optical window is fabricated from high-purity CaF₂ crystal, offering broadband transmission and low dispersion from ultraviolet to far infrared wavelengths. This calcium fluoride optical window is ideal for laser systems, sensor protection, and precision optical applications.