Autonomous mobile robots (AMRs) have found widespread application in industrial production, thanks to their capabilities in autonomous navigation, environmental perception, and intelligent decision-making. In smart factories, these robots handle tasks such as raw material transport, production line supply, and finished product handling; they facilitate the seamless automation of production stages, thereby boosting efficiency, reducing manual labor intensity, and minimizing human error.
AMRs also play a pivotal role in warehousing and logistics. They can automatically execute tasks-including cargo handling, sorting, and inventory intake or retrieval-based on system commands, while autonomously planning their paths through complex warehouse environments. Driven by the growth of e-commerce and smart logistics, AMRs have become essential equipment for modern logistics systems seeking to enhance operational efficiency and management standards.
Furthermore, AMRs are widely utilized in public services and healthcare. In hospitals, they undertake duties such as medication delivery, transport of medical supplies, and ward patrols, thereby alleviating the burden of repetitive tasks for medical staff. In public venues like shopping malls, hotels, and airports, robots provide services such as guidance and information, item delivery, and security patrols, helping to improve service quality and management efficiency.
AMRs hold great promise for applications in fields such as agricultural production, environmental monitoring, security patrols, and emergency rescue. They can operate in hazardous or complex environments in place of human workers, thereby enhancing safety and task execution efficiency. With continuous advancements in artificial intelligence, sensor technology, and communications, the scope of AMR applications is set to expand further, enabling them to play a vital role across an even wider range of industries.
