4627

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Optics - Lenses can be used to focus or diffuse light or other forms of electromagnetic radiation. One such lens is the 4627 lens, which is used for a variety of applications. This article will discuss the application fields and working principles of the 4627 lens.

General Characteristics of the 4627 Lens

The 4627 lens is an aspheric lens made of an acrylate material. It is designed to have a low overall thickness and achieve high resolution. It typically has a diameter of 25mm and a focal length of 40° to 44°. This lens is ideal for applications involving long working distances as it can maintain excellent image quality even at distances of up to 100m.

Application Fields

The 4627 lens is primarily used in medical imaging, scanning and sensing applications. It can be used in endoscopy equipment, medical scanning devices, robotic vision systems and other applications. The lens has a low distortion, which makes it suitable for high-resolution imaging. It is also used in certain surveillance and security applications, since it provides a wide field of view and a low distortion image.

The 4627 lens is also used in industrial imaging, due to its high resolution and wide field of view. It is particularly useful for inspecting and measuring objects in a variety of industries, such as automotive, aerospace, and consumer electronics. The lens is ideal for inspecting small parts due to its wide field of view and low distortion.

The 4627 lens is also used in telecommunication, as it provides a high resolution image at a long working distance. This makes it suitable for use in fiber optic applications such as broadband telecommunications networks. The lens is also used in barcode scanning applications, since it can provide a wide field of view and a high resolution image.

Working Principle

The 4627 lens utilizes the principles of refraction and diffraction to create an image. The lens has a concave shape and a single, continuous surface. When light enters the lens, it is bent by the curved shape and then diffracted by the surface. This creates an image in which the light is focused onto a particular point.

In addition, 4627 lenses use a technology called wavefront modulation. This technology allows for the adjustment of the light’s wavefront based on the desired effect. This makes it possible to achieve higher resolution images and reduce aberrations.

Conclusion

The 4627 lens is a versatile, aspheric lens that is used in a variety of applications. It has a low distortion and a wide field of view, making it ideal for medical imaging, scanning, and sensing, as well as industrial and telecommunication applications. The lens utilizes the principles of refraction and diffraction to create an image, as well as wavefront modulation to achieve high resolution images. With its many advantages and applications, the 4627 lens can be a valuable tool for anyone who needs to focus or diffuse light.

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