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The intelligent three-dimensional warehousing system is an important component of the rapid development of intelligent manufacturing industry 4.0. It is an automated logistics storage system that achieves high automation of goods storage, high-speed storage, and integrated information, fully controlled by computers. The integrated logistics concept of Qingdao Global Group's domestic and foreign expert team, which has been the crystallization of wisdom for 5 years, adopts advanced control, bus, communication (wireless, infrared, etc.) and information technology (RFID, etc.). Through the coordination and linkage of the above equipment, automatic inbound and outbound operations are carried out by computer control, which can automatically realize functions such as receiving, grouping, warehousing, outbound, picking, inventory maintenance, shipping, inventory statistics and alarm, report generation, etc.

Product advantages

1、 Improve space utilization
The improvement of land utilization rate has reduced the area occupied by warehouses, thereby reducing the investment cost of infrastructure land, saving resources, and enhancing environmental protection efforts.
2、 Improve the quality of goods storage
In the process of inbound/outbound operations and cargo scheduling in automatic stereoscopic warehousing, the combination of vertical storage and roadway settings, coordinate management, and computer management system are used to achieve real-time control of goods, efficient and accurate inventory counting, making material flow faster and ultimately improving the storage quality of goods in all aspects. In addition, the probability of cargo loss caused by human factors is reduced during the storage and retrieval process, thereby ensuring the safety of cargo storage.
3、 Improve production efficiency
Automated three-dimensional warehousing can accurately realize the entry, exit, re entry, inventory counting, inventory verification, and display of goods. It also timely and automatically sends pallets to the production line and finished products to the exit area, ensuring that the warehouse has the ability to quickly enter and exit goods. This feature is beyond the reach of ordinary warehouses.
4、 Beneficial for building advanced logistics systems and improving the production management level of enterprises
In logistics costs, warehousing and logistics costs account for a large proportion and are a golden location that cannot be ignored in third-party profit sources. The expansion of automated three-dimensional warehousing has expanded the single storage function of traditional warehousing, enabling efficient operation and management of materials (mainly through the use of computer management systems and automated material handling equipment), transforming goods from "static storage" to "dynamic storage", and forming an intensive information flow. It is a link in the production process and an indispensable part of enterprise logistics, providing necessary precision basis for management decisions.

Our company applies the concept of modern logistics development, with logistics information technology as the core, and adopts advanced simulation systems and finite element calculation theory to provide customers with high-quality logistics planning, meticulous design, European standard technology, and comprehensive turnkey projects. Facilitating the formation of advanced logistics systems and improving the production management level of enterprises.

1、 Single extension tray storage system
There are two types: single column and double column, with a maximum unit weight of 4 tons and a maximum height of 40 meters 2、 Dual extension tray storage system
Using a double extended fork, the maximum unit weight is 1 25 tons, the stacker crane can carry 2.5 tons and has a maximum height of 35 meters 3、 Dual pallet storage system
The stacker crane uses two forks or takes two pallets at a time in the direction of the fork extension.
4、 High density pallet storage system
The shuttle board can be used in conjunction with stacker cranes or forklifts.
5、 Gravity based shelving and pallet storage system
The shelves contain non powered sticks, and the trays move forward by gravity.
No tray storage system.

The pallet stacker crane is one of the important cargo storage and retrieval equipment in automated three-dimensional warehouses. The lifting capacity of a stacker crane is generally below 4 tons, and its operating height is generally between 10-40 meters. The stacker crane is equipped with anti sway devices, which make positioning more accurate. High strength steel is used to greatly reduce the weight of the stacker crane and save energy; The maximum operating speed of the stacker crane is 300 meters per minute, with higher efficiency.

Shuttle high-density storage and shuttle board
Shuttle high-density storage system: composed of shuttle shelves, shuttle carts, forklifts or stackers, this efficient storage method is designed to improve the utilization of warehouse space.

Features:
High work efficiency, greatly reducing work time;
Good safety, reducing shelf collisions;
High density storage, warehouse utilization rate is 30% higher than that of aisle stacker warehouses Flexible homework methods;
The storage and retrieval of goods can be done in a first in, first out or first in, second out manner.
A company that uses stacker cranes for fully automated high-density storage systems.
Scope of application
Shuttle shelves are suitable for industries such as food, beverage, chemical, tobacco, etc. with large quantities of single varieties and relatively few types of items; Suitable for cold storage operations, it can reduce low-temperature operation time, improve work efficiency and safety: suitable for warehouses that increase storage capacity, have limited storage space, and need to make the most of space.
Shuttle boards are divided into two types: 4-wheel shuttle boards for forklifts and 8-wheel shuttle boards for stackers.
A shuttle car is a type of track tray handling trolley, consisting of a running mechanism and a chain or roller conveyor. There are single track shuttle cars and double track shuttle cars for shuttle cars.

AGV

Automated Guided Vehicle (AGV) refers to a transport vehicle equipped with electromagnetic or optical automatic guidance devices, capable of traveling along a specified guidance path, with safety protection and various transfer functions. In industrial applications, AGV does not require a driver and is powered by rechargeable batteries. Generally, its travel route and behavior can be controlled through a computer, or its travel route can be established using electromagnetic tracks, lasers, GPS, etc. Unmanned transport vehicles move and move according to the information brought by guided tracks.
Features:
AGV is characterized by wheeled movement and has advantages such as fast action, high work efficiency, simple structure, strong controllability, and good safety compared to walking, crawling, or other non wheeled mobile robots. Compared with other commonly used equipment in material conveying, the activity area of AGV does not require fixed devices such as tracks and support frames, and is not limited by the site or roads. Therefore, in automated logistics systems, their automation and flexibility can be fully reflected, achieving efficient, economical, and flexible unmanned production scheduling, while achieving seamless connection between equipment and WMS systems. Complete functions such as logic control, information exchange, data processing, and signal acquisition. Accept ERP system information and return information to the ERP system. Inventory information can be opened to other management systems.