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Automated three-dimensional warehouse
The emergence and development of warehouses is the result of the development of production and technology after the Second World War. In the early 50s, three-dimensional warehouses using overhead stacking cranes appeared in the United States; In the late 50s and early 60s, driver-operated roadway stacking crane three-dimensional warehouses appeared; 1963, the United States took the lead in adopting computer-controlled technology in high-bay warehouses and established the first computer-controlled three-dimensional warehouse. Since then, automated three-dimensional warehouses have developed rapidly in the United States and Europe, and formed a specialized discipline. In the mid-60s, Japan began to build a physical warehouse, and the development speed is getting faster and faster, becoming one of the countries with the most automated three-dimensional warehouses in the world today.
The development of the three-dimensional warehouse and its material handling equipment was not late, in 1963 the first bridge stacking crane was developed, and in 1973 began to develop China's first computer-controlled automated three-dimensional warehouse (15 meters high), which was put into operation in 1980. By 2003, the number of automated three-dimensional warehouses in China had exceeded 200. Due to the characteristics of high space utilization, strong ability to enter and exit the warehouse, and the use of computer control and management to facilitate the implementation of modern management by enterprises, the three-dimensional warehouse has become an indispensable warehousing technology for enterprise logistics and production management, and has received more and more attention from enterprises.
Automated three-dimensional warehouse (AS/RS) is composed of three-dimensional shelves, rail roadway stackers, and inbound and outbound pallets /b20>Conveyor system, dimensional detection bar code reading system, communication system, automatic control system, computer monitoring system, computer management system and other auxiliary equipment such as wire and cable tray distribution cabinet, pallet, adjustment platform, steel structure platform and other auxiliary equipment composed of complex automation system. Using first-class integrated logistics concept, using advanced control, bus, communication and information technology, through the coordinated action of the above equipment to carry out warehousing operations.
Automated stereoscopic libraries are widely used in China. The overview is as follows:
1 Pharmaceutical production: pharmaceutical production is one of the earliest fields of application of automated stereoscopic warehouse, in 1993 Guangzhou Yangcheng Pharmaceutical Factory built China's earliest automated stereoscopic warehouse for pharmaceutical production. Since then, dozens of enterprises such as Jilin Aodong, Northeast Pharmaceutical, Yangzijiang Pharmaceutical, Shijiazhuang Pharmaceutical, and Shanghai Pharmaceutical Group have successfully applied automated stereoscopic libraries.
2 Automobile manufacturing: one of the earliest fields in China to apply automated stereoscopic libraries. China FAW is the first unit to apply automated stereoscopic warehouses. At present, China's major automobile manufacturing enterprises almost without exception apply automated stereoscopic libraries.
3 Machinery manufacturing: It is one of the fields where automated stereoscopic libraries are widely used. Such as Sany Heavy Industry and so on.
4 Electronics manufacturing: Lenovo and other electronics fields began to adopt automated stereoscopic library systems after 2000.
5 Tobacco manufacturing: The most common industry in China to adopt automated stereoscopic libraries. And a large number of imported equipment is used. Typical examples are Honghe, Changsha, etc.
1 Tobacco distribution: Widely use the automatic stereoscopic warehouse system.
2 Pharmaceutical distribution: In response to GSP certification, a large number of automated stereoscopic libraries have been applied to the national pharmaceutical circulation field. Such as national medicine, upper medicine, etc.
3 Airport Cargo: An early adopter of automated stereoscopic storage. All major airports have adopted a three-dimensional warehouse system for baggage handling.
4 Subway: With the booming rise of China's subway construction, the application of automated stereoscopic library has been widely expanded.
1 Clothing: The application of automated stereoscopic libraries in the field of clothing has been a matter of recent years.
2 Wine: such as Yanghe, Niulan Mountain, etc
3 Milk: Mengniu, Yili and other enterprises have applications.
4 Chemical industry: one of the earliest industries to apply automated stereoscopic libraries.
5 Printing, publishing, books: It is also one of the widely used industries.
One of the most common areas for the application of automated stereoscopic libraries. Logistics, equipment, etc. are particularly common.
In addition, there are many areas where automated stereoscopic libraries are used. Such as core library, tire library, teaching library, etc.
Project general contracting (design, manufacturing, installation, commissioning, service) or control and management system subcontracting.
Automated three-dimensional warehouse
The emergence and development of warehouses is the result of the development of production and technology after the Second World War. In the early 50s, three-dimensional warehouses using overhead stacking cranes appeared in the United States; In the late 50s and early 60s, driver-operated roadway stacking crane three-dimensional warehouses appeared; 1963, the United States took the lead in adopting computer-controlled technology in high-bay warehouses and established the first computer-controlled three-dimensional warehouse. Since then, automated three-dimensional warehouses have developed rapidly in the United States and Europe, and formed a specialized discipline. In the mid-60s, Japan began to build a physical warehouse, and the development speed is getting faster and faster, becoming one of the countries with the most automated three-dimensional warehouses in the world today.
The development of the three-dimensional warehouse and its material handling equipment was not late, in 1963 the first bridge stacking crane was developed, and in 1973 began to develop China's first computer-controlled automated three-dimensional warehouse (15 meters high), which was put into operation in 1980. By 2003, the number of automated three-dimensional warehouses in China had exceeded 200. Due to the characteristics of high space utilization, strong ability to enter and exit the warehouse, and the use of computer control and management to facilitate the implementation of modern management by enterprises, the three-dimensional warehouse has become an indispensable warehousing technology for enterprise logistics and production management, and has received more and more attention from enterprises.
Automated three-dimensional warehouse (AS/RS) is composed of three-dimensional shelves, rail roadway stackers, and inbound and outbound pallets /b20>Conveyor system, dimensional detection bar code reading system, communication system, automatic control system, computer monitoring system, computer management system and other auxiliary equipment such as wire and cable tray distribution cabinet, pallet, adjustment platform, steel structure platform and other auxiliary equipment composed of complex automation system. Using first-class integrated logistics concept, using advanced control, bus, communication and information technology, through the coordinated action of the above equipment to carry out warehousing operations.
Automated stereoscopic libraries are widely used in China. The overview is as follows:
1 Pharmaceutical production: pharmaceutical production is one of the earliest fields of application of automated stereoscopic warehouse, in 1993 Guangzhou Yangcheng Pharmaceutical Factory built China's earliest automated stereoscopic warehouse for pharmaceutical production. Since then, dozens of enterprises such as Jilin Aodong, Northeast Pharmaceutical, Yangzijiang Pharmaceutical, Shijiazhuang Pharmaceutical, and Shanghai Pharmaceutical Group have successfully applied automated stereoscopic libraries.
2 Automobile manufacturing: one of the earliest fields in China to apply automated stereoscopic libraries. China FAW is the first unit to apply automated stereoscopic warehouses. At present, China's major automobile manufacturing enterprises almost without exception apply automated stereoscopic libraries.
3 Machinery manufacturing: It is one of the fields where automated stereoscopic libraries are widely used. Such as Sany Heavy Industry and so on.
4 Electronics manufacturing: Lenovo and other electronics fields began to adopt automated stereoscopic library systems after 2000.
5 Tobacco manufacturing: The most common industry in China to adopt automated stereoscopic libraries. And a large number of imported equipment is used. Typical examples are Honghe, Changsha, etc.
1 Tobacco distribution: Widely use the automatic stereoscopic warehouse system.
2 Pharmaceutical distribution: In response to GSP certification, a large number of automated stereoscopic libraries have been applied to the national pharmaceutical circulation field. Such as national medicine, upper medicine, etc.
3 Airport Cargo: An early adopter of automated stereoscopic storage. All major airports have adopted a three-dimensional warehouse system for baggage handling.
4 Subway: With the booming rise of China's subway construction, the application of automated stereoscopic library has been widely expanded.
1 Clothing: The application of automated stereoscopic libraries in the field of clothing has been a matter of recent years.
2 Wine: such as Yanghe, Niulan Mountain, etc
3 Milk: Mengniu, Yili and other enterprises have applications.
4 Chemical industry: one of the earliest industries to apply automated stereoscopic libraries.
5 Printing, publishing, books: It is also one of the widely used industries.
One of the most common areas for the application of automated stereoscopic libraries. Logistics, equipment, etc. are particularly common.
In addition, there are many areas where automated stereoscopic libraries are used. Such as core library, tire library, teaching library, etc.
Project general contracting (design, manufacturing, installation, commissioning, service) or control and management system subcontracting.
