Prismatic glass lens

Factory custom processing prism glass lens

Product Applications: Camera, Projector, Periscope, Telescope, microscope, fingerprint, level, scope, solar converter, Measuring instrument, optical equipment, medical instrument, laser therapy equipment

Product material: K9, quartz glass

Chamfer: Protective

Packing: Capacitor paper packing

A rectangular prism is a rectangular triangular prism, that is, a prism with right triangles above and below. The optical path can be deflected by 90° or 180°, depending on which side of the prism is used as the incident surface.

See the prism

Rectangular prism dimension diagram

Rectangular prism

Surface precision: λ/10@633nm

Surface finish: 60/40, 40/20

Aperture: >90

Coating: No coating or silver copper coating with spray paint protection

Chamfering: 0.2 x 45 °

Other chamfering: Protective chamfering

Factory custom processing prism glass lens

In the use of meniscus lens custom, consumers also need to pay attention to a lot of things, especially the protection of the lens and equipment is the need for consumers Shifeng attention. For some consumers or users, Zhuangye's lens products must be ShifengZhuangye's, and the protection and use of products need to be careful, such as some equipment that needs to be used outdoors, the lenses placed above will certainly be long-term wear and tear. If these devices are not protected by Renhe, they must be properly protected when used. In the optical lens, the custom square lens is particularly common and widely used.

Convex lens is a medium thick, square lens customized, thin edge lens. Convex lenses have the function of converging light, so also called converging lenses, positive lenses are usually used in hyperopia and reading glasses. Such optical lenses can be divided into: biconvex lenses are convex on both sides; The flat square lens is custom-made with one side convex and one side flat; Concave and convex lens for a convex, Shenzhen square lens custom-made, concave lens. When talking about the difference between real image and virtual image, it is often mentioned that such a distinction method: the real image is inverted, while the virtual image is upright. The so-called upright and inverted, of course, with respect to the original object.