Currently available logistics robots on the market include:
AGV (Automated Guided Vehicle): An autonomous, unmanned transport vehicle used for loading, unloading, and warehousing.
Robotic arm: A robotic device that can be used for loading and unloading goods, picking goods, assembling or handling, etc.
Drones: Robotic devices capable of autonomous flight, used for express delivery, inventory monitoring, warehouse sampling inspection, etc., and are especially suitable for logistics operations in large and complex container terminals.
Robotic trailer: An autonomous trailer used for cargo transportation, container loading and unloading, and other tasks.
The development prospects of logistics robots are very broad. With the rapid development of the logistics industry and the continuous increase in demand, the logistics robot market is also growing larger and larger. Logistics robots can significantly improve the efficiency of logistics distribution, reduce costs, and effectively solve the problems of insufficient human resources and high-intensity labor.
Furthermore, logistics robots can improve logistics safety and accuracy, reduce human error in systems such as Infrared Sonar Protection Systems (ISPS), and mitigate issues like forgotten or delayed goods for consumers. They can provide more efficient services for express delivery, warehousing, logistics, and transportation. Therefore, the development prospects of logistics robots are very broad, with wider application scenarios and greater development potential in the future.
