The wise men go first, so they are all from the crowd. At present, a large number of companies have already invested in the construction of smart factories, such as Siemens, Bosch, Omron, Schneider, Rockwell, etc., including domestic American, Foxconn, Gree, Huawei and other manufacturing companies have entered the "intelligent" transformation In the wave. 
The wise men go first, so they are all from the crowd. At present, a large number of companies have already invested in the construction of smart factories, such as Siemens, Bosch, Omron, Schneider, Rockwell, etc., including domestic American, Foxconn, Gree, Huawei and other manufacturing companies have entered the "intelligent" transformation In the wave. Siemens "Industry 4.0 Innovation Lab" Recently, the "Industry 4.0 Innovation Lab" at the center of Siemens Beijing unveiled. The laboratory integrates PLM, MOM, and TIA software technologies, and combines third-party manufacturing and inspection hardware facilities to digitally implement and manage process planning, product design and simulation, production line simulation, virtual commissioning, robot control, and digital quality control. And so on, and through the remote collaboration to achieve seamless integration of the manufacturing process. In 2013, Siemens established the world's first digital company outside Germany, the Siemens Industrial Automation Product Chengdu Production and Research Base (SEWC). This is rated by the European Union as the most advanced digital factory, achieving high degree of digitization and interconnection from product design to manufacturing process. Through the integration of IT system applications throughout the value chain, all aspects including design, production, logistics, marketing and sales are realized. In-house highly-comprehensive life cycle automation control and management. Perhaps in the near future, China will also be the first factory to meet the requirements of “Industry 4.0â€. Midea's Digital Intelligent Base Recently, Midea Group showed in its Wuhan Smart Air Conditioning Digital Factory that an air conditioner external assembly line with an average of one air conditioner external unit is offline every 18 seconds. This is also the highest rate of intelligent air conditioner external machine in the world. Assembly line. There are dozens of industrial robots and 30 workers on the assembly line. They perform their duties and work together systematically to complete more than 70 processes. In the digital transformation of smart factories in the United States, whether it is internal processes or external machine assembly, the standardization of robots has been implemented to a large extent. Each robot is equipped with a sensor. Each workpiece on the site is also equipped with a corresponding bar code. Through the identification of the information system, these robots will automatically identify which component should be matched with which model. It not only achieved a single production line to produce a variety of air-conditioning models, but also bundled the corresponding information and found possible problems in time through the data. Schneider upgrades "smart manufacturing" Schneider Electric has started to advocate upgrading from "smart factory" to "smart manufacturing", but it is not one step. Schneider staff said: "The smart factory is the basis of intelligent manufacturing. From the automation point of view, it should be achieved first single machine automation, then consider the connection automation, workshop automation, factory automation, and then turn to the smart factory, and finally the smart manufacture". Intelligent manufacturing is the long-term direction of China's manufacturing industry. It cannot be achieved in one year or two. Foxconn “turn off the light factory†Hon Hai Group actively deploys smart factories. Gou said that Foxconn currently has several factories that can "turn off light" production. All this can not be separated from the Internet of Things big data, mainly including: on-line, cloud, networking, interoperability and feedback. He said that a new generation of factories without autonomous production can achieve almost zero emissions for the environment, pollution, emissions, and quality control. According to Terry Gou, traditional automation is the control interface between humans and machines. Now, it is completely an interface between things and machines and machines themselves. The next generation of smart manufacturing industry revolution is to share and share, cross-border, big data, including manufacturing process big data, including supply chain big data, and the big data generated by these three processes will be interconnected and interconnected to produce the next generation of so-called smart manufacturing. . The interconnected factory proposed by Haier is not a concept of a factory, but an ecosystem, which is to subvert the whole process of the whole enterprise's entire system. Subvert the traditional manufacturing system, transforming from large-scale manufacturing to large-scale customization. The individual needs of users converge. The interconnected factories realize large-scale customization and personalized production through big data, which is the Internet of Things. Through the interconnection of people, machines, and objects. To meet the individual needs of users. In other words, the entire interconnected factory must create an ecosystem, and achieve acceptance and landing on this platform. Of course, behind the construction of a smart factory, both domestic and foreign companies need strong intelligent equipment support. Including powerful industrial automation software, robot-based automated production lines, one-stop solutions, and more. Under the general trend of transformation and upgrading, enterprises must constantly improve their hardware and software strengths so that they can seize the opportunities in the fierce market competition and remain invincible.
The wise men go first, so they are all from the crowd. At present, a large number of companies have already invested in the construction of smart factories, such as Siemens, Bosch, Omron, Schneider, Rockwell, etc., including domestic American, Foxconn, Gree, Huawei and other manufacturing companies have entered the "intelligent" transformation In the wave. Siemens "Industry 4.0 Innovation Lab" Recently, the "Industry 4.0 Innovation Lab" at the center of Siemens Beijing unveiled. The laboratory integrates PLM, MOM, and TIA software technologies, and combines third-party manufacturing and inspection hardware facilities to digitally implement and manage process planning, product design and simulation, production line simulation, virtual commissioning, robot control, and digital quality control. And so on, and through the remote collaboration to achieve seamless integration of the manufacturing process. In 2013, Siemens established the world's first digital company outside Germany, the Siemens Industrial Automation Product Chengdu Production and Research Base (SEWC). This is rated by the European Union as the most advanced digital factory, achieving high degree of digitization and interconnection from product design to manufacturing process. Through the integration of IT system applications throughout the value chain, all aspects including design, production, logistics, marketing and sales are realized. In-house highly-comprehensive life cycle automation control and management. Perhaps in the near future, China will also be the first factory to meet the requirements of “Industry 4.0â€. Midea's Digital Intelligent Base Recently, Midea Group showed in its Wuhan Smart Air Conditioning Digital Factory that an air conditioner external assembly line with an average of one air conditioner external unit is offline every 18 seconds. This is also the highest rate of intelligent air conditioner external machine in the world. Assembly line. There are dozens of industrial robots and 30 workers on the assembly line. They perform their duties and work together systematically to complete more than 70 processes. In the digital transformation of smart factories in the United States, whether it is internal processes or external machine assembly, the standardization of robots has been implemented to a large extent. Each robot is equipped with a sensor. Each workpiece on the site is also equipped with a corresponding bar code. Through the identification of the information system, these robots will automatically identify which component should be matched with which model. It not only achieved a single production line to produce a variety of air-conditioning models, but also bundled the corresponding information and found possible problems in time through the data. Schneider upgrades "smart manufacturing" Schneider Electric has started to advocate upgrading from "smart factory" to "smart manufacturing", but it is not one step. Schneider staff said: "The smart factory is the basis of intelligent manufacturing. From the automation point of view, it should be achieved first single machine automation, then consider the connection automation, workshop automation, factory automation, and then turn to the smart factory, and finally the smart manufacture". Intelligent manufacturing is the long-term direction of China's manufacturing industry. It cannot be achieved in one year or two. Foxconn “turn off the light factory†Hon Hai Group actively deploys smart factories. Gou said that Foxconn currently has several factories that can "turn off light" production. All this can not be separated from the Internet of Things big data, mainly including: on-line, cloud, networking, interoperability and feedback. He said that a new generation of factories without autonomous production can achieve almost zero emissions for the environment, pollution, emissions, and quality control. According to Terry Gou, traditional automation is the control interface between humans and machines. Now, it is completely an interface between things and machines and machines themselves. The next generation of smart manufacturing industry revolution is to share and share, cross-border, big data, including manufacturing process big data, including supply chain big data, and the big data generated by these three processes will be interconnected and interconnected to produce the next generation of so-called smart manufacturing. . The interconnected factory proposed by Haier is not a concept of a factory, but an ecosystem, which is to subvert the whole process of the whole enterprise's entire system. Subvert the traditional manufacturing system, transforming from large-scale manufacturing to large-scale customization. The individual needs of users converge. The interconnected factories realize large-scale customization and personalized production through big data, which is the Internet of Things. Through the interconnection of people, machines, and objects. To meet the individual needs of users. In other words, the entire interconnected factory must create an ecosystem, and achieve acceptance and landing on this platform. Of course, behind the construction of a smart factory, both domestic and foreign companies need strong intelligent equipment support. Including powerful industrial automation software, robot-based automated production lines, one-stop solutions, and more. Under the general trend of transformation and upgrading, enterprises must constantly improve their hardware and software strengths so that they can seize the opportunities in the fierce market competition and remain invincible.
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