What's the difference between intelligent warehousing and traditional warehousing?

The concrete difference between three-dimensional warehouse and traditional warehouse;

1. The structure is more complicated.

The design structure of three-dimensional warehouse is very complicated. Because of its many functions and supporting equipment, it needs to invest a lot of money to build a three-dimensional warehouse, and its construction technical requirements are also very strict. Compared with the three-dimensional warehouse, the traditional warehouse construction is much less, there are not many requirements, and the function settings are diverse.

2. The shelf has high precision.

Because most of the three-dimensional warehouses use high shelves, the accuracy of high shelves is greatly improved compared with traditional shelves, because the goods on high shelves are stored by mechanical arms and will be operated according to the procedures set by operators in advance. Therefore, the installation accuracy of high-rise shelves is very high, and there can be no error, otherwise it will easily lead to problems such as improper position of goods storage shelves.

3. High personnel requirements

Because of its more complex structure and more functions, the three-dimensional warehouse has higher technical requirements for relevant operators. Only professionally trained personnel can be competent for warehouse operation positions. In contrast, the traditional warehouse does not require so high technical quality of personnel, and in most cases it is only simple cargo handling and placement.

4. Greater flexibility and timely adjustment.

Compared with the traditional warehouse, the three-dimensional warehouse has more flexibility in goods storage and can be adjusted in time according to the actual situation. For example, in a certain logistics peak period, the warehouse needs a large number of goods to circulate, while the traditional warehouse is difficult to adapt to the circulation of large quantities of goods because of its imprecise and complicated operation process.

However, the three-dimensional warehouse solves this problem very well. Not only can high-rise shelves store more goods, but also its mechanized operation mode can store and take out goods for a long time, ensuring that a large number of commodity circulation needs can be digested within a certain time limit.

The differences between three-dimensional warehouse and traditional warehouse mainly include more complex structure, greater flexibility, high personnel requirements and high shelf installation accuracy.

Intelligent storage system can complete the automatic storage and retrieval of unit goods under the control of computer system. With the cooperation of automatic storage equipment and computer management system, the rationalization of high-rise layout of three-dimensional warehouse can be realized, thus reducing errors, speeding up the pace of goods storage and retrieval and improving work efficiency. Improve space utilization, reduce inventory and save land investment costs; Reduce labor intensity, improve workers' working environment and reduce labor costs; Realize the overall optimization of the system and improve the production efficiency and modern management level of enterprises. At the same time, improve customer satisfaction and realize fast and reliable traceability of food safety.

The system can be upgraded on the basis of the existing warehouse, run independently, or be connected with the packaging production line.

system composition

Transportation and storage of goods-high-rise shelves, pallets and containers.

Warmer, for equipment warehousing and warehousing operations.

Access distribution system-rollers, chain conveyors, distribution vehicles, elevators, etc.

WCS control system-including computer-controlled access equipment, power distribution system and all electronic control devices of various testing and insurance institutions.

WMS warehouse management system-warehouse account management, data analysis, reasonable management of cargo space, equipment operation and inventory status display, etc.