Unleash Vanjee Unique 4-line Obstacle Avoidance Lidar Wlr-719c + Gift Included [t0PfSXGu]

VanJee 4-Line Obstacle Avoidance LiDAR

Introducing the VanJee Unique 4-line Obstacle Avoidance LiDAR WLR-719C, a cutting-edge solution designed to enhance the safety and efficiency of mobile robots. This innovative LiDAR features a unique 4-line design with field of view (FOV) angles of 0.3 degrees, 0 degrees, -5 degrees, and -10 degrees, providing comprehensive monitoring and increased safety assurance for your robots. With its powerful detection capabilities, the WLR-719C is equipped to handle various AMRs, including delivery, cleaning, inspection, and forklift robots, enabling them to operate autonomously with utmost precision and safety.

Technical Specifications and Features

The VanJee 719C LiDAR boasts a remarkable 40-meter ranging distance, ensuring high accuracy and long-range detection capabilities. This LiDAR system offers a 0.2° horizontal resolution and a 72k high point frequency, allowing for the precise detection of rich environmental data compared to 2D sensors. The IP67 protection rating guarantees robust performance in outdoor environments, making it ideal for AMRs that operate in inclement weather conditions. Key features include:

• Unique 4-line design: Provides increased safety assurance and more monitoring information.
• High accuracy and long-range: Ranging distance of 0.05~40m, enabling precise detection of environmental data.

Practical Applications and Benefits

The VanJee WLR-719C LiDAR is a versatile tool for a wide range of applications. Its advanced features make it an excellent choice for various AMRs, including delivery, cleaning, inspection, and forklift robots. The LiDAR's ability to detect small objects with utmost safety ensures efficient and reliable autonomous operation. By incorporating the WLR-719C into your mobile robots, you can expect the following benefits:

• Improved safety: Enhanced detection capabilities reduce the risk of collisions and accidents.
• Increased efficiency: Precise data collection and autonomous operation lead to higher productivity.