C10813_CUTE-4-W

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Optics have been the focus of many disciplines, including mathematics, physics, and engineering. One of these disciplines is lenses, which have a range of application fields, such as microscopy, professional photography, medical imaging, and telecommunication. This article will discuss one particular lens, C10813_CUTE-4-W, its application fields, and working principles.

C10813_CUTE-4-W is a telecentric lens created specifically for machine vision applications. It has a wide-angle field of view, 0.47°, and operates in the visible range of 400 – 700 nm. The variation of this lens includes a finite conjugate telecentric lens with a focal length of 152 mm, a maximum aperture of f/21.5, and a fixed field of view of 0.47°. It is designed with low distortion characteristics and a large depth of field. It is also lightweight and robust, which allows for easy installation and maintenance.

Telecentric lenses are designed to provide a wide and consistent image at different distances. They are an ideal choice for machine vision applications, as they provide a uniform magnification across the depth of field and minimize the distortion and edge effects that can occur in other lens types. Its wide-angle field of view also allows for large images with less distortion. This allows for accurate measurements of the target object\'s size and shape, as well as precise identification of its features.

The primary application field for the C10813-CUTE-4-W lens is precision inspection. It can be used for both 3D and 2D inspections on manufacturing processes. It is typically used in applications such as object identification, pattern recognition, and defect detection. The lens also has applications in 3D metrology, robotics, and automated quality control.

The working principle of C10813_CUTE-4-W is based on the concepts of telecentricity and aberrations. Telecentricity is the property of a lens that allows light to pass through its optical path in a parallel path, meaning rays travel straight with minimal refraction or reflection. This is beneficial in machine vision applications, as it reduces the distortion caused by other optical aberrations, such as astigmatism and coma. Aberrations, or irregularities, are also reduced, which results in sharper images with higher contrast.

C10813_CUTE-4-W is a telecentric lens with a wide-angle field of view and a focal length of 152 mm. It is designed for machine vision applications and is ideal for precision inspection, object identification, pattern recognition, and 3D metrology. Its working principle is based on the principles of telecentricity and aberrations, allowing for sharper images with less distortion. With its wide range of applications and benefits, C10813_CUTE-4-W is a powerful tool for any optics-based research and development.

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