ANE2030

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The ANE2030 is a machine vision camera designed to provide high-accuracy, non-contact 3D measurement. It is based on a wide range of technology including stereo vision, structured light projection, time of flight, and pattern recognition. The purpose of the ANE2030 is to allow the user to capture and analyze 3D data in a variety of industrial and non-industrial applications.

The ANE2030 is the world’s first 3D measured camera of its kind. It features a monochrome sensor and an array of stereo camera and telecentric lenses, making it incredibly accurate. It also incorporates a powerful 2D+3D processing engine, allowing it to provide precise measurements at any distance. The ANE2030 is a compact device that can be easily mounted to almost any system.

The applications of the ANE2030 are wide and varied. It can be used to inspect, align, verify dimensions, monitor changes in objects, and to identify flaws and defects. In industrial and commercial settings, the ANE2030 can be used to measure and inspect parts, components, and products. It can also be used in research and development to accurately determine the size and shape of objects.

The working principle of the ANE2030 camera is based on stereo vision. It uses two cameras mounted on the same frame, each capturing an image of the same object at a slightly different angle. The images are then compared and the resulting analysis is used to determine the size and shape of the object.

The ANE2030 also incorporates a sophisticated 2D+3D processing engine that allows it to accurately capture all the details of an object. It provides high-accuracy measurements at any distance by combining the data from the stereo cameras with the output of the processing engine.

The ANE2030 is a viable solution for numerous industrial and commercial applications. Its high-accuracy measurement capabilities and easy-to-use interface make it a perfect choice for companies and research organizations who need precise 3D models of objects. It is also a great way to cut costs and increase efficiency in any process that requires accurate 3D imaging or measurement.

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