Exclusive For Robot Navigation Obstacle Avoidance And Large Screen Interaction Hokuyo 20 Meters Ust-20lx Scanning Laser Rangefinder Lidar 2.0 Edition [9blj2Z5g]

Robust 20M UST-20LX Laser Rangefinder Lidar

The HOKUYO UST-20LX is a cutting-edge scanning laser rangefinder designed for precision navigation and obstacle avoidance. This compact and powerful lidar offers a 20-meter measurement range with a maximum distance of 60 meters, ensuring reliable performance in various environments. With its 270° scan angle and rapid 25ms scanning time, the UST-20LX delivers comprehensive coverage and real-time data for high-speed motion robots and autonomous navigation systems. Its non-contact measurement capability and IP65 protection grade make it suitable for robust industrial applications.

Key Specifications and Features

The UST-20LX boasts a variety of features that set it apart from other scanning laser rangefinders. Its light source is a laser semiconductor (905nm) for optimal performance. The device offers a scan speed of 25ms and a detection distance of up to 60 meters, ensuring accurate and efficient data collection. With a compact design and low weight, the UST-20LX is easy to install and integrate into existing systems. Its DC12V/24V input and IP65 protection grade provide versatility and durability for long-term use.

Applications and Benefits

The HOKUYO UST-20LX is an ideal solution for a wide range of applications, including navigation and obstacle detection, object positioning, object profiling, object measurement and detection, and area monitoring. Its high-precision and high-resolution scanning capabilities make it perfect for guiding path planning for mobile robots and autonomous systems. The UST-20LX is also suitable for controlling docking processes of AGVs and AGCs, profiling cargo containers and pallets, and measuring the volume of packages and flow of bulk materials. With its advanced features and versatile applications, the UST-20LX is a must-have tool for enhancing the capabilities of your robotic systems.