|Coating:||1070nmAR||Type:||Laser Protective Lens|
Quartz JGS1 Laser Optical Lens,
50*8mm Laser Optical Lens,
Quartz JGS1 laser focus lens
Dimension 50*8mm Improted Quartz JGS1 Laser Optical Lens window protective glass laser cutting machine
Laser protection lens is a kind of protective lens of optical laser lens. The main function of laser protection lens is to prevent debris splashing and prevent splashing from damaging the lens. High damage threshold antireflection coatings were coated on both sides to reduce reflection. We try our best to provide all customers around the world with the most valuable products and the best service. At the same time, we can customize all kinds of protective lenses. Widely used in: domestic and foreign brands - such as Han's, Everbright, star, laser Valley, United win, Dineng, Tongfa, Aohua, truking and other laser welding equipment, cutting equipment.
Laser protective lens is an optical glass plate which is polished to form two parallel surfaces. They can be used as protection elements in a variety of complex environments, and their high efficiency of transmittance makes them have little influence on the visible light passing through. The common coating is anti reflection film (AR) and scratch proof film (as), which can also improve the effect according to the needs of customers. It can be waterproof, dust-proof and scratch proof, and can be customized according to the requirements of customers. Optical window is the front protection piece of optical system, which can be used for the packaging of ccd/cmos chip, the protection of optical instruments, measuring instruments and digital equipment, various laser equipment, cover plates on laser diodes, etc.
The basic principle of laser protection lens detection
The impurities in the laser protection lens must be different from those in the optical window. When light is incident to the optical window, the reflection and refraction of various impurities are different from those around the optical window. For example, when the uniform light is perpendicular to the optical window, for example, there is no impurity in the optical window, the direction of emission will not change, and the detected light is even; When there is impurity in the optical window, the emitted light will change the detected image accordingly. Due to the presence of impurities, stress concentration and deformation occur around them, and it is easy to observe in the image. If light transmission defects (such as cracks, bubbles, etc.) are encountered, the light will be refracted at the defect and the intensity of light is greater than that around, so the light detected on the camera target will be enhanced accordingly; If there is any impurity in the light absorbing type (such as sand), the light position at the defect will be weakened, and the light detected on the camera target will be weaker than the surrounding. Through analyzing the intensity and characteristics of the image signal collected by the camera, the corresponding defect information is obtained.
Material:Imported Quartz JGS1