AMR Autonomous Mobile Robot with Lithium Iron Phosphate Battery, Navigation Accuracy ±10mm, and Servo Motor for Efficient Goods Movement

The AMR Autonomous Mobile Robot represents the forefront of automation technology, designed to revolutionize material handling and logistics within diverse industrial environments. Engineered with precision and efficiency, this advanced robot integrates a Lithium Iron Phosphate Battery, ensuring long-lasting power and enhanced safety for continuous operation.

Featuring an impressive travel speed range of 0-2 meters per second and a high-performance Servo Motor, the AMR provides smooth, accurate, and responsive control. With a maximum load capacity of 30 kilograms, it efficiently transports materials while maintaining optimal speed and maneuverability.

As a cooperative robot within industrial systems, the AMR works harmoniously alongside human operators and other automated systems, enhancing collaborative workflows and operational efficiency.

• Product Name: AMR Autonomous Mobile Robot
• Obstacle Avoidance: 3D Sensors and AI Algorithms for enhanced safety
• Navigation Accuracy: ±10mm for precise movement
• Navigation Method: Advanced LiDAR Navigation system
• Travel Speed: Adjustable speed from 0 to 2 m/s
• Weight: Lightweight design at 47 Kg
• Customized table size AGV robot options available
• Cooperative Robot design for seamless human-machine collaboration

The TIANYUE Autonomous Mobile Robot (AMR) is a cutting-edge solution designed to revolutionize various industrial and commercial operations. Certified with 3C and CE standards, this industrial robot offers precise and efficient movement with advanced LiDAR navigation technology.

Ideal for warehouse logistics, manufacturing, and healthcare applications, the AMR autonomously transports goods, streamlines inventory management, and enhances productivity. In healthcare environments, it delivers medical supplies and equipment while promoting sanitary conditions.

Compatible as a Car Robot for Arduino projects, the AMR is an excellent choice for developers integrating autonomous navigation capabilities into custom robotics solutions.