3Z4S-LE VS-MC75-FNO80

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Machine Vision (MV) is a rapidly evolving technology, with increasing use in industry, security systems and various other areas. It involves the use of various optical components to detect, measure and process images of objects or living organisms. Lens is one of the most critical components of MV systems, its selection and optimization are essential to the successful design and implementation of MV systems. Two lenses, 3Z4S-LE and VS-MC75-FNO80, are often compared in the context of their application fields and working principle.

The 3Z4S-LE lens, manufactured by Vision Components, is one of the most commonly used lenses for MV applications. It provides excellent image quality and has a wide variety of focal length and object distance ranges.The lens is designed for use with a CCD camera or other image acquisition devices, and is compatible with both CMOS and CCD image sensors. It features a full-frame f/1 small-aperture technology with a focal length of 8mm and a 13mm-216mm object distance. This makes it ideal for applications such as machine vision, inspection, high-resolution imaging, 3D imaging, optical metrology and \'star imaging\'. The 3Z4S-LE lens is also suitable for use with both 1280 x 960 and 1920 x 1080 resolution image sensors.

The VS-MC75-FNO80 lens, manufactured by Vision Sensors International (VSI), also offers superb image quality and is compatible with various image acquisition sensors. It is suitable for applications ranging from machine vision, 3D imaging, and optical metrology to driver assistance systems. This lens supports image resolutions up to 1080p and features an f/2.5 wide-aperture design with a focal length of 8mm and a 40mm-91mm object distance. With its compact form factor and superior optical performance, this lens is often used in machine vision applications requiring high resolution imaging and short object distances.

The two lenses differ in their design, working principle and application field. In terms of design, the VS-MC75-FNO80 has a more compact form factor, while the 3Z4S-LE has a larger form factor compared to the VS-MC75-FNO80. In terms of working principle, the 3Z4S-LE uses a full-frame f/1.0 small-aperture technology for capturing images, while the VS-MC75-FNO80 uses an f/2.5 wide-aperture design. As for their application fields, the 3Z4S-LE lens is ideal for high-resolution imaging, 3D imaging, optical metrology and \'star imaging\' applications, while the VS-MC75-FNO80 is ideal for machine vision applications which require short object distances and high resolution imaging.

In conclusion, each of the lenses has its own unique advantages and suitable application fields. The 3Z4S-LE lens is suitable for applications requiring high resolutions, while the VS-MC75-FNO80 lens is ideal for applications requiring short object distances. When selecting a lens for a particular application, it is important to understand the working principle of the lens and its specific design features, so as to ensure the best possible image quality and performance.

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