CFN12266_LR1-REC

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CFN12266_LR1-REC is an advanced lens, which can be used in all kinds of optics application fields. It has a wide range of applications, from imaging optics, to optical systems and laser applications. With its unique design, the CFN12266_LR1-REC lens can achieve a high level of optical performance with a low level of aberrations.

CFN12266_LR1-REC is an aspheric lens, meaning it combines both spherical and aspherical elements into its single-piece design. The combination of these two elements creates a unique combination of high precision and low distortions. The aspheric shape helps to increase the imaging brilliance of an image, while also reducing aberrations like curvature of field and distortion. The ashperes also help to reduce scatter and ghost images, as well as provide an increase light transmission rate.

The working principle of the CFN12266_LR1-REC lens is relatively simple. It uses a combination of refraction and reflection to capture an image. The lens consists of a central element, which contains a curved surface that reflects light to a secondary element which contains a flat surface. The curved surface and the flat surface create a curved, reflective area that captures the image. The central element then directs the light into the sensor or processor to create the image.

The CFN12266_LR1-REC lens works by using an array of lenses arranged in specific patterns, which enable it to capture images in a specific manner. Using this pattern, the lens is able to capture images with an extremely high level of detail and accuracy, while also eliminating aberrations such as flaring and chromatic aberration.

Overall, the CFN12266_LR1-REC lens is an ideal optics solution for a wide range of applications. Its unique aspherical design allows it to capture images with an incredibly high level of detail and accuracy, while also significantly reducing aberrations. Additionally, its working principle is relatively simple and straightforward, allowing it to be used in a variety of optical applications.

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