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Introducing Vzense AGV Camera and RGB Depth Camera for Improved 3D Perception

Jul 27, 2023

In the world of autonomous guided vehicles (AGV) and automated mobile robots (AMR), the use of AGV cameras and RGB depth cameras is becoming more essential in providing an all-around obstacle avoidance solution. This technology not only enhances the safety of these vehicles but also improves their environment perception, object recognition, and automatic route planning. One company that provides high-quality AGV cameras and RGB depth cameras for AGV and AMR applications isour company, Vzense.



Introducing Vzense AGV Camera and RGB Depth Camera

Vzense offers a range of 3D ToF cameras that provide cost-effective, low-computational power, and real-time solutions for capturing scenes in motion.OurTheir AGV camera and RGB depth camera have proven to be very effective in providing 3D perception technology for AGV/AMR and low-speed unmanned driving fields. The AGV camera is IP67 waterproof and dustproof rated, making it suitable even for working in cluttered warehouses. With a maximum field of view of 105°(H)*90°(V), the AGV camera can accurately perceive objects even in close proximity (<6m).

The RGB depth camera's high precision enables it to recognize and track cargo trays with millimeter-level accuracy, improving efficiency for tasks such as unmanned forklift tray identification. The output resolution of the VGA depth image is 640*480, ensuring that high-resolution images are available for accurate tracking and recognition during operations.


Applications of Vzense AGV Camera and RGB Depth Camera

One application of Vzense's AGV camera and RGB depth camera is in unmanned forklift tray identification. Traditional mechanical limit-based or single-camera recognition methods may not be sufficient to accurately identify trays in complex warehouse environments. With Vzense's AGV camera and RGB depth camera, forklifts can quickly and accurately recognize tray positions, adjust the direction of the tray's entry, and enable automated tray transportation.

Another application is the provision of near-range (0.5-2.8 meters) large-angle obstacle avoidance solutions for mobile robots and low-speed unmanned vehicles, making Vzense's AGV cameras a must-have in AGV obstacle avoidance.

Vzense's AGV camera and RGB depth camera are also useful in the agriculture sector, particularly in fruit and vegetable harvesting. By collecting information about the harvesting target using theirVzense'scameras,weVzense can combine artificial intelligence with deep learning to identify and locate harvesting targets accurately.


Conclusion

Vzense's AGV Camera and RGB Depth Camera offer high-quality and cost-effective 3D perception technology solutions that provide an all-around obstacle avoidance solution for AGV/AMR and low-speed unmanned driving fields. Their high precision, large field of view, and high-resolution output make them ideal for tasks such as unmanned forklift tray identification, obstacle avoidance, and agriculture applications. Additionally, they are waterproof, dustproof, and have various physical interface options, including USB, RJ45, and aviation interfaces, enabling them to provide stable performance even in harsh environments.  

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