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[ Focus on Chemical Machinery Equipment Network ] The Internet of Things is the main driving force of "Manufacturing 4.
0" (also known as the "Fourth Industrial Revolution")
.
"Manufacturing 4.
0" is a digital initiative that started in Germany in 2015 and has promoted thousands of sensors , robots and automation projects in the manufacturing and warehousing sectors
.
The ability to obtain real-time information when a machine on a production line is about to fail, or the ability to use robots to replace humans to cut metal, plastic, wood, or granite is so enthusiastic about manufacturers that some people begin to wonder if they can get rid of what they think Old and clumsy enterprise resource planning and manufacturing execution system
.
Chemical machinery equipment network hotspots focus on chemical machinery equipment sensors0" (also known as the "Fourth Industrial Revolution")
.
"Manufacturing 4.
0" is a digital initiative that started in Germany in 2015 and has promoted thousands of sensors , robots and automation projects in the manufacturing and warehousing sectors
.
The ability to obtain real-time information when a machine on a production line is about to fail, or the ability to use robots to replace humans to cut metal, plastic, wood, or granite is so enthusiastic about manufacturers that some people begin to wonder if they can get rid of what they think Old and clumsy enterprise resource planning and manufacturing execution system
.
Unlike ERP and MES, the Internet of Things linked to each manufacturing and warehouse operation can report events in real time
.
It can send out alarms and influence machine-to-machine communication to promote production line automation
.
So, if the Internet of Things can do all these things in real time, why use old systems that can’t do it?
.
It can send out alarms and influence machine-to-machine communication to promote production line automation
.
So, if the Internet of Things can do all these things in real time, why use old systems that can’t do it?
The combination of ERP, MES and the Internet
The combination of ERP, MES and the InternetThe feeling that the Internet of Things can replace traditional systems such as MES and ERP begins with users on the shop floor, who are excited about all the real-time automation and reporting that the Internet of Things system can do
.
People naturally wonder whether the Internet of Things can do more
.
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People naturally wonder whether the Internet of Things can do more
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The Internet of Things can and will do more in the future than it is now, but this does not mean that it can replace ERP or MES, because these systems are used to do different things that the Internet of Things cannot do
.
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Often referred to as the "drive chain" of an enterprise, an ERP system is all-encompassing
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ERP software modules have support for manufacturing, engineering, planning, procurement, accounting services, human resources, etc.
.
The value of ERP lies in its ability to integrate the information processing of all departments of the enterprise
.
The security of the ERP system is very robust
.
The reporting and analysis capabilities of ERP have been well developed
.
Most ERP systems also have middleware to help ERP integrate with the Internet of Things
.
.
ERP software modules have support for manufacturing, engineering, planning, procurement, accounting services, human resources, etc.
.
The value of ERP lies in its ability to integrate the information processing of all departments of the enterprise
.
The security of the ERP system is very robust
.
The reporting and analysis capabilities of ERP have been well developed
.
Most ERP systems also have middleware to help ERP integrate with the Internet of Things
.
MES is also a series of closely related software modules-only MES focuses on manufacturing and workshop operations
.
Like ERP, the MES system has strong security and extensive reporting functions
.
They can also communicate with IoT devices
.
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Like ERP, the MES system has strong security and extensive reporting functions
.
They can also communicate with IoT devices
.
The advantage of the Internet of Things over ERP and MES is that it can communicate with edge sensors and services, capture and process unstructured data, trigger events in real time, and communicate between different devices and networks on the manufacturing floor
.
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The advantages of ERP and MES over the Internet of Things are more reliable security, large data repositories that can handle various queries and analyses, and interaction with countless business processes throughout the company (for example, manufacturing, planning, finance, service marketing) Abilities, human resources, etc.
)
.
)
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In the final analysis, the Internet of Things is a more specialized technology that can automate business processes that use robots and other Internet of Things terminal devices, and deliver results in real time-but ERP and MES are still the backbone of the organization, and the Internet of Things has become these large-scale The key real-time data "feeder" network of the system
.
.
Why system explanation is important
Why system explanation is important As more and more organizations adopt the Internet of Things, explaining how different systems work together and why they are necessary is an important topic for IT leaders, because if the different roles of the Internet of Things and other systems are not clearly explained, people May expect more than what the Internet of Things can provide
.
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If IT can enable executive management and business users to better understand the overall IT architecture and its different system components (including the Internet of Things), then these easy-to-understand English explanations will greatly help deepen the general understanding of the system and help Pave the way for the success of IoT projects
.
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Original title: Can the Internet of Things eliminate the need for ERP and MES in the manufacturing industry?