OD2-N120W60I2

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Machine Vision systems are rapidly improving and are commonly used in various industries from manufacturing to healthcare. One key component in these vision systems is the camera or sensor. OD2-N120W60I2 is a depth camera designed specifically for machine vision applications. In this article, we will be exploring the application fields and working principle of this camera.

Application Fields of OD2-N120W60I2

OD2-N120W60I2 is a depth camera designed specifically for machine vision applications. It utilizes an infrared (IR) camera and a special lens module to capture depth information in 3D. This makes it ideal for a range of industrial automation tasks, such as measuring the size of objects, finding defects in parts, and verifying dimensional accuracy of components. It is also suitable for applications such as robot navigation, assembly, and bin-picking.

This depth camera can also be used in automated vision guided robotics (VGR) systems that use vision-based navigation to pick up and position items accurately and quickly. Other possible application fields for this camera include facial recognition, industrial bin-picking, 3D scanning, and facial tracking. It is also capable of autonomous obstacle detection for robots.

Working Principle of OD2-N120W60I2

The OD2-N120W60I2 depth camera utilizes an infrared (IR) camera and a special lens module to capture depth information in 3D. This combination allows for image acquisition at precise distances. The infrared camera emits infrared light, which reflects off of the objects in the image to give a 3D image. The lens module combines the infrared camera and the lens with the purpose of providing finer detail over a larger range. The combination of the IR camera and the lens gives the camera the ability to measure precisely and accurately.

The lens module also allows for a wide field-of-view (FOV) which is important in machine vision applications as it allows for more information from a larger field to be acquired. The wide FOV also increases the accuracy of the depth information, as more points are acquired for a greater coverage area. The resulting calibrated depth map is then used by the machine vision applications to detect objects, identify shapes and features, or even perform autonomous obstacle detection.

Conclusion

The OD2-N120W60I2 depth camera is a powerful and highly accurate solution for machine vision applications. Its combination of an infrared camera and a special lens module allows for precise and accurate measuring of depth information in 3D. This makes it highly suitable for tasks such as industrial automation, object size measurement, robotic navigation, and 3D scanning. By understanding its application fields and working principle, one can better understand the potential of OD2-N120W60I2 in machine vision applications.

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