The crane represents a specific range of vertical lifting and horizontal movement of materials. It is mainly used for material transportation. Its work runs intermittently and can be cycled.
It is widely used in various fields such as warehouses, factories, docks and other fields, and plays a decisive role in production activities.
Cranes are divided into various types such as existing cranes and metallurgical cranes according to their uses, including bridges, booms, rotating, stationary, and operating cranes. In addition, the operation without crane can be divided into track and trackless.
Generally speaking, smart cranes will soon integrate some smart technologies into the cranes, so that the cranes can effectively perform their own lifting tasks, directly control operations and movements, master programming and the external environment, simulate human operations, and lift materials.
There are no personnel in specialized fields, and they can only monitor the operation conditions of cranes under the requirements of production in the control room. In this regard, smart cranes are also called cranes, unmanned cranes. Through the integration and reasonable application of artificial intelligence, basic automation, wireless communication, and ERP information technology, you can effectively control personnel requirements and significantly improve production efficiency.
