Product Description

l Optical material: N-BK7

l Operating wavelength: 700 nm-1100 nm (AR Coating)

l Application: imaging, beam expansion or reduction, convergence

     The double-convex lens has a positive focal length and can be used to focus collimated beams or collimate point light sources. Additionally, both surfaces of the lens are coated with an anti-reflection coating for 700 nm–1100 nm, which helps reduce the lens's reflectance. Double-convex lenses are widely used in imaging applications, with N-BK7 being the most common lens material, applied in visible and near-infrared fields. Tuniu selects N-BK7 to manufacture various lenses, all of which undergo fine processing and strict quality control. This ensures that Tuniu provides the users with high-quality lens products at reasonable prices.

Attributes

Double-Convex Lenses, N-BK7, AR Coating: 700 nm-1100 nm

     The Tuniu Double-Convex Lenses have a positive focal length and are commonly used in applications such as imaging or beam collimation. Tuniu manufactures double-convex lenses using N-BK7 glass, which is the most commonly used material for high-quality optical components, primarily for visible and near-infrared applications. All circular lenses from Tuniu are pre-installed with standard lens tubes or lens mounting adapters. These mechanical components are engraved with the product model, type, diameter, and focal length for easy identification of lens parameters.

Double-Convex Lens, N-BK7, AR Coating: 700 nm-1100 nm, Unmounted

     The Tuniu Double-Convex Lenses have a positive focal length and are commonly used in applications such as imaging or beam collimation. Tuniu manufactures double-convex lenses using N-BK7 glass, which is the most commonly used material for high-quality optical components, primarily for visible and near-infrared applications. All circular lenses from Tuniu are pre-installed with standard lens tubes or lens mounting adapters. These mechanical components are engraved with the product model, type, diameter, and focal length for easy identification of lens parameters.