3Z4S-LE VS-MC15-FNO56

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Lens is a fundamental part of machine vision technology. This article will discuss two lenses: 3Z4S-LE VS-MC15-FNO56, and their application fields and working principles.

3Z4S-LE is a type of monofocal lens, which is generally used for machine vision and imaging projects. This lens has a fixed focal length of 15mm and has a maximum angle of view (AOV) of 95°. This lens is designed for use in both near and distance applications. Its working principle is based on the principle that when objects in the lens\'s field of view are close enough, the light is refracted and focused onto a single point on the image sensor. As a result, the image is sharp and clear.

VS-MC15-FNO56 is a manual iris varifocal lens. It has a minimum focal length of 8mm and a maximum focal length of 64mm. This lens is designed for environments with variable lighting conditions and provides a great image quality even in low light conditions. The working principle behind this lens is based on the idea that when the image sensor is closer to the lens, less light is needed to achieve a sharp image. The iris can be manually adjusted to let in more or less light and thus the image clarity and sharpness can be adjusted.

These two lenses both have a wide range of applications. The 3Z4S-LE monofocal lens can be used for machine vision, industrial imaging, medical imaging, security imaging, and other imaging projects. The VS-MC15-FNO56 varifocal lens can be used for similar projects, as well as for surveillance, outdoor monitoring, and machine vision. Both lenses provide excellent image resolution and clarity and can be useful for a variety of projects.

In conclusion, the 3Z4S-LE VS-MC15-FNO56 are two lenses designed for different use cases and application fields. The 3Z4S-LE monofocal lens is suitable for near and distance applications, while the VS-MC15-FNO56 varifocal lens is designed for variable lighting conditions. Both lenses provide excellent image resolution and clarity and can be used for various projects from machine vision to surveillance.

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