F160-VSR3 25M

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The F160-VSR3 25M forms a key part of machine vision applications, offering an efficient and secure solution to various requirements. The main purpose of the model is to provide a lens system for cameras which can be tilted up to 25 degrees. This offers an effective solution when multiple cameras are mounted onto the same scope, while preventing the view from getting distorted. The F160-VSR3 25M has a minimum object distance of 0.2m, meaning that objects within close range can be easily captured. This is an advantage in situations where small objects need to be imaged or inspected. The device also features an operating temperature range between-40C and 85C. This wide temperature range puts it ahead of its competition, making it a reliable choice for outdoor environments.

When it comes to the working principle of the F160-VSR3 25M, it works on the basis of directional optics – a technique which involves the use of beam splitters. This system consists of two mirrored surfaces placed at an angle so that they can reflect light beams. The light beams can be directed to different parts of the camera\'s field of view. This allows for flexible imaging, allowing for panoramic views across a wide area.

In terms of application, the F160-VSR3 25M is best suited for situations where multiple images or targets need to be captured from different angles. This is especially useful in surveillance systems, where it permits wide coverage. The device is also useful for object recognition and identification applications, as it can provide accurate facial recognition and improving performance over traditional cameras. It is also a great choice for applications involving robotic vision and navigation, as it provides a highly precise pointing system.

In conclusion, the F160-VSR3 25M is an excellent choice for machine vision applications, enabling flexible imaging and automation capabilities. The device\'s wide temperature range, minimum object distance, and reliable beam splitting technology make it a reliable choice for a variety of scenarios, from close-range imaging and surveillance to robotic vision and navigation.

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