FQ2-S35050F-08M

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Machine vision cameras are a high-speed imaging device capable of recognizing and analyzing patterns in the environment. These cameras are able to detect shapes, sizes and colors with high accuracy and can be used for a wide range of applications. As technology advances, so too does machine vision and the FQ2-S35050F-08M camera is a prime example of its capabilities. This article will discuss the application field and principle of this specific model.

The FQ2-S35050F-08M is an ultra-wide dynamic range camera for demanding imaging applications. It is part of a new generation of Sony machine vision cameras that supports the latest camera advancements, such as enhanced resolution, faster speeds and increased accuracy. This camera is equipped with Sony’s new Pregius™ CMOS imaging technology, which provides high dynamic range of up to 12.3 million pixels. It also features a wide field-of-view, enabling it to capture detailed images and detect objects over a wide range of lighting conditions.

The FQ2-S35050F-08M camera can be used in a variety of applications, such as medical imaging, material inspection, automated surface and part inspection, quality assurance, robotics and more. For medical applications, the camera can be used to detect patterns and shapes in tissue samples and guide surgical instruments. It can also be used in materials inspection for high accuracy defect detection. The camera can detect subtle differences in texture and color, which are difficult to detect with the human eye. In automated surface and part inspection, the camera can use visual inspection to detect parts that do not conform to a pre-defined shape or size. The camera can also be used in robots for navigation and guidance during robotic motion.

The FQ2-S35050F-08M camera utilizes advanced imaging processing techniques for effective image acquisition. It has a number of advanced features such as color management, dynamic range management and image corrections. These features help optimize the quality of images and assist in accurately detecting objects of interest. The camera’s image processing also takes into account lighting conditions to ensure accurate image acquisition and analysis.

The working principle of the FQ2-S35050F-08M camera is based on the use of light detection and ranging (LiDar). This technique involves the camera emitting an infrared light beam and measuring the time it takes the reflection of that beam to return to the camera. By calculating the time difference, the camera can determine the distance and shape of objects in the environment. This information can then be used to detect objects, analyze patterns and guide robotic motion.

The FQ2-S35050F-08M is an advanced machine vision camera with a variety of application fields and a powerful working principle. It utilizes advanced imaging processing techniques and the latest LiDar technology to accurately detect and analyze objects in its environment. It can be used for medical imaging, materials inspection, automated surface and part inspection, quality assurance and for guiding motion in robots. With the help of the FQ2-S35050F-08M camera, machine vision can be used for a variety of applications with increased accuracy and efficiency.

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