How to Choose a Laser Lens?

30 Sep.,2024

 

How to Choose a Laser Lens?

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1. Choose a laser lens with excellent technology


As the foundation and important part of the optoelectronic technology industry, laser lenses need to provide a good guarantee for technology, especially in recent years with the continuous integration of new material sciences such as optics and electronic information science. Therefore, only a laser lens with excellent technology can be used in the three major fields of optical transmission, optical storage and photoelectric display to meet the technical requirements for laser lenses in the current era.


2. Choose a laser lens with exquisite materials


The current information world is the basic condition for the development of optoelectronic information technology. We must ensure the quality  of this laser lens when choosing a professional laser lens and pay special attention to the product quality. After all, only by purchasing or cooperating with professional lens products with qualified raw materials can we improve the users experience.

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3. Choose a laser lens with a good reputation


We can ask friends who know the laser lens industry to learn more about  good brands and provide us with better lens references and choices. After all, the quality of the lens depends on the reputation of the market. The judgments and choices made by one's intuition or unilateral explanation are not objective.

The Characteristics and Applications of Zinc Selenide Lens

Characteristics


have small focused spot with wipe resistance, small power loss with strong photo permeability. As the most economic transmission focus element, lens are suitable for heat treatment with a laser beam, welding, cutting and acquiring infrared radiation. In these applications, the size of spot and the quality of image are not the most important factors. In the system of high circle value optics, which is limited by diffraction, the shapes of lens have no influence on the performance of system. In order to gain the satisfied performance, hook face of planoconvex lens should be towards direct incident beam or towards longer side of conjugate distance( object distance and image distance together are called conjugate distance).

Applications


Zinc selenide material is used for making total reflector, half reflector, beam expander, plane field lens and medium infrared lens, various planoconvex lens in 10.6 Um/CO2 power laser, convex and concave crescent cutting lens, coated gold mirror, circular polarizer filter, beam expander and plane field lens, it is widely used in field like laser, medicine, astronomy and infrared night vision.

have small focused spot with wipe resistance, small power loss with strong photo permeability. As the most economic transmission focus element, lens are suitable for heat treatment with a laser beam, welding, cutting and acquiring infrared radiation. In these applications, the size of spot and the quality of image are not the most important factors. In the system of high circle value optics, which is limited by diffraction, the shapes of lens have no influence on the performance of system. In order to gain the satisfied performance, hook face of planoconvex lens should be towards direct incident beam or towards longer side of conjugate distance( object distance and image distance together are called conjugate distance).Zinc selenide material is used for making total reflector, half reflector, beam expander, plane field lens and medium infrared lens, various planoconvex lens in 10.6 Um/CO2 power laser, convex and concave crescent cutting lens, coated gold mirror, circular polarizer filter, beam expander and plane field lens, it is widely used in field like laser, medicine, astronomy and infrared night vision.

The company is the world’s best zinc selenide lens supplier. We are your one-stop shop for all needs. Our staff are highly-specialized and will help you find the product you need.