F500-LE16

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The F500-LE16 lens is an important part of machine vision systems. It is designed to provide a maximum magnification of 16 times with a very low distortion rating. This lens can be used for many machine vision applications, from industrial automation to robotics and security systems. In this article, we will discuss the application field and working principle of the F500-LE16 lens.

Applications for F500-LE16 Lens

The F500-LE16 lens is a multi-purpose lens that can be used for a wide range of machine vision applications. Its 16x magnification makes it ideal for inspecting and verifying product labels, reading barcodes, imaging small defect areas on electronics components, and capturing images of moving objects in the automotive or aerospace industries. It is also useful for automating product assembly, measuring dimensions of materials, and more.

Benefits of F500-LE16 Lens

One of the main benefits of this lens is its low distortion rating, which guarantees sharp, high-quality images. Its robust and durable design ensures longevity and can withstand harsh environments and vigorous use. In addition, the lens has a built-in iris that can be adjusted manually or through the lens controller, providing a smooth transition between bright and dark areas. This allows the system to accurately adapt to changing light conditions and capture more detail in images.

Working Principle

The F500-LE16 lens contains multiple lenses, including astigmatism, aspheric surface, and a three-dimensional refraction lens. The lens works by bending and focusing light to generate a high-magnification image. The image is captured by a CCD or CMOS imaging sensor, and then relayed to a processing system, where it is further analyzed and acted upon.

The F500-LE16 lens is an essential component of machine vision systems, and its high accuracy and precision makes it an ideal choice for applications requiring high levels of performance and efficiency. Its wide range of applications and its robust design make it a reliable and cost-effective solution for a variety of machine vision applications.

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