Intelligent warehousing new assistance: perfect combination of composite robot AMR and AGV

In modern warehouse management, how to efficiently and accurately complete product handling has always been a focus of attention for enterprises.  Recently, a new composite robot warehouse handling solution has emerged, which brings new assistance to intelligent warehousing through the perfect combination of composite robot AMR and handling robot AGV.

In this scheme, AMR robots are responsible for transferring material boxes from the shelves to AGV shelves, while AGV is responsible for transporting the shelves to designated locations.  In this process, the visual system plays a crucial role by scanning the code to confirm the information of the material box and the precise positioning of the warehouse location, ensuring accurate and error free handling.  At the same time, the precise grasping of the electric gripper also provides strong support for the handling process.

It is worth mentioning that the solution also has a powerful elevator control system, and the AGV car can intelligently trigger elevator requests and move to the standby position, waiting for the elevator to arrive before entering and starting to move between floors.  This innovative design greatly improves the efficiency and accuracy of inter floor handling.

In addition, the introduction of FMS scheduling system also adds a lot of color to this scheme.  The system is capable of real-time monitoring of AMR battery level and issuing low battery alarms or automatic charging, ensuring the continuous and stable operation of the robot.  Meanwhile, an efficient transportation flow optimization strategy based on AMR vehicle management, traffic status, and transportation task instructions makes the entire handling process smoother and more efficient.

The perfect combination of AMR and AGV composite robots has brought new assistance to intelligent warehousing, not only improving handling efficiency but also reducing labor costs.  Undoubtedly, this innovative solution will become an important development direction in the field of intelligent warehousing in the future.