Industry 4.0 implementation focuses on highly networked devices, that community using sensors using Internet Protocol, each one having an IP address. In addition, there is RFID that contains information about that particular part or product, which can be read by another device in the network. For exRead more
Industry 4.0 implementation focuses on highly networked devices, that community using sensors using Internet Protocol, each one having an IP address. In addition, there is RFID that contains information about that particular part or product, which can be read by another device in the network. For example, in a manufacturing company, currently only uniform production is possible, which means, in one assembly line the same part will be put-together, with the same dimensions, weight, and specifications. However, if the incoming instructions are different for different assembly in the same assembly line, the parts made in that assembly line would differ accordingly. This can be achieved by using RFID to communicate to the assembly line, and the communication happens between the input parts and assembly line. Similarly, using sensors one can track the performance, potential trouble, etc. in real time, and act quickly to ensure that the work carries on.
Industry 4.0 implementation focuses on highly networked devices, that community using sensors using Internet Protocol, each one having an IP address. In addition, there is RFID that contains information about that particular part or product, which can be read by another device in the network. For exRead more
Industry 4.0 implementation focuses on highly networked devices, that community using sensors using Internet Protocol, each one having an IP address. In addition, there is RFID that contains information about that particular part or product, which can be read by another device in the network. For example, in a manufacturing company, currently only uniform production is possible, which means, in one assembly line the same part will be put-together, with the same dimensions, weight, and specifications. However, if the incoming instructions are different for different assembly in the same assembly line, the parts made in that assembly line would differ accordingly. This can be achieved by using RFID to communicate to the assembly line, and the communication happens between the input parts and assembly line. Similarly, using sensors one can track the performance, potential trouble, etc. in real time, and act quickly to ensure that the work carries on.
Smart factory means everything is interconnected. That means, real-time data would be available. That in turn gives real-time inputs for anyone who has authority to view the data and reports. Management would be able to query based on certain parameters, and the built-in algorithms would provide outRead more
Smart factory means everything is interconnected. That means, real-time data would be available. That in turn gives real-time inputs for anyone who has authority to view the data and reports. Management would be able to query based on certain parameters, and the built-in algorithms would provide output / report for those parameters. Since in a smart factory production, operations, supply chain, R&D, quality, customer feedback, and core systems are connected, predictive analytics can be used for decision making. For example, if production needs to be increased by 10%, what are the dependencies, what is the current machine idle time, availability of parts, vendor schedule, etc. would be available real-time, based on which a prediction will be made on when the 10% increase in production will be possible and completed.
The introduction of lean manufacturing allows for a more smooth transition to Industry 4.0. The transition to Industry 4.0 without standardization of production processes (introduction of lean production principles) will lead to a digital mess.
The introduction of lean manufacturing allows for a more smooth transition to Industry 4.0. The transition to Industry 4.0 without standardization of production processes (introduction of lean production principles) will lead to a digital mess.
The success factors describe the three major dimensions in which Digital Transformation takes place: technology, organization, and environment. The results show that Digital Transformation can only be successful if companies collaborate with customers, suppliers and also other firms from the branch
The success factors describe the three major dimensions in which Digital Transformation takes place: technology, organization, and environment. The results show that Digital Transformation can only be successful if companies collaborate with customers, suppliers and also other firms from the branch
No Lean Without Kaizen. Can Lean management – the learning management system, the thinking management system – exist in organizations that do not do kaizen? In the old days, kaizen made use of Lean tools to achieve improvements
No Lean Without Kaizen. Can Lean management – the learning management system, the thinking management system – exist in organizations that do not do kaizen? In the old days, kaizen made use of Lean tools to achieve improvements
There is no direct relation but adopting industry 4.0 will improve productivity, efficiency of an organisation and optimum use of resources will definitely help in saving natural resources.
There is no direct relation but adopting industry 4.0 will improve productivity, efficiency of an organisation and optimum use of resources will definitely help in saving natural resources.
Top management involvement
Didarul
Industry 4.0 implementation focuses on highly networked devices, that community using sensors using Internet Protocol, each one having an IP address. In addition, there is RFID that contains information about that particular part or product, which can be read by another device in the network. For exRead more
Industry 4.0 implementation focuses on highly networked devices, that community using sensors using Internet Protocol, each one having an IP address. In addition, there is RFID that contains information about that particular part or product, which can be read by another device in the network. For example, in a manufacturing company, currently only uniform production is possible, which means, in one assembly line the same part will be put-together, with the same dimensions, weight, and specifications. However, if the incoming instructions are different for different assembly in the same assembly line, the parts made in that assembly line would differ accordingly. This can be achieved by using RFID to communicate to the assembly line, and the communication happens between the input parts and assembly line. Similarly, using sensors one can track the performance, potential trouble, etc. in real time, and act quickly to ensure that the work carries on.
See lessHow do Industry 4.0 common platforms and languages help to communicate freely?
Didarul
Industry 4.0 implementation focuses on highly networked devices, that community using sensors using Internet Protocol, each one having an IP address. In addition, there is RFID that contains information about that particular part or product, which can be read by another device in the network. For exRead more
Industry 4.0 implementation focuses on highly networked devices, that community using sensors using Internet Protocol, each one having an IP address. In addition, there is RFID that contains information about that particular part or product, which can be read by another device in the network. For example, in a manufacturing company, currently only uniform production is possible, which means, in one assembly line the same part will be put-together, with the same dimensions, weight, and specifications. However, if the incoming instructions are different for different assembly in the same assembly line, the parts made in that assembly line would differ accordingly. This can be achieved by using RFID to communicate to the assembly line, and the communication happens between the input parts and assembly line. Similarly, using sensors one can track the performance, potential trouble, etc. in real time, and act quickly to ensure that the work carries on.
See lessHow can a smart factory influence the management process?
Didarul
Smart factory means everything is interconnected. That means, real-time data would be available. That in turn gives real-time inputs for anyone who has authority to view the data and reports. Management would be able to query based on certain parameters, and the built-in algorithms would provide outRead more
Smart factory means everything is interconnected. That means, real-time data would be available. That in turn gives real-time inputs for anyone who has authority to view the data and reports. Management would be able to query based on certain parameters, and the built-in algorithms would provide output / report for those parameters. Since in a smart factory production, operations, supply chain, R&D, quality, customer feedback, and core systems are connected, predictive analytics can be used for decision making. For example, if production needs to be increased by 10%, what are the dependencies, what is the current machine idle time, availability of parts, vendor schedule, etc. would be available real-time, based on which a prediction will be made on when the 10% increase in production will be possible and completed.
See lessLean manufacturing and industry 4.0 interaction
Didarul
The introduction of lean manufacturing allows for a more smooth transition to Industry 4.0. The transition to Industry 4.0 without standardization of production processes (introduction of lean production principles) will lead to a digital mess.
The introduction of lean manufacturing allows for a more smooth transition to Industry 4.0. The transition to Industry 4.0 without standardization of production processes (introduction of lean production principles) will lead to a digital mess.
See lessWhat are the three key success factors for adapting to the disrupted value chain?
Didarul
The success factors describe the three major dimensions in which Digital Transformation takes place: technology, organization, and environment. The results show that Digital Transformation can only be successful if companies collaborate with customers, suppliers and also other firms from the branch
The success factors describe the three major dimensions in which Digital Transformation takes place: technology, organization, and environment. The results show that Digital Transformation can only be successful if companies collaborate with customers, suppliers and also other firms from the branch
See lessIs there lean without kaizen?
Didarul
No Lean Without Kaizen. Can Lean management – the learning management system, the thinking management system – exist in organizations that do not do kaizen? In the old days, kaizen made use of Lean tools to achieve improvements
No Lean Without Kaizen. Can Lean management – the learning management system, the thinking management system – exist in organizations that do not do kaizen? In the old days, kaizen made use of Lean tools to achieve improvements
See lessExperts view
Didarul
Technology
Technology
See lessWhat is ipr based business model?
Didarul
intellectual property rights based business model operates for technological knowledge rather than goods and services
intellectual property rights based business model operates for technological knowledge rather than goods and services
See lessHow industry 4.0 become useful in order to save natural resources?
Didarul
There is no direct relation but adopting industry 4.0 will improve productivity, efficiency of an organisation and optimum use of resources will definitely help in saving natural resources.
There is no direct relation but adopting industry 4.0 will improve productivity, efficiency of an organisation and optimum use of resources will definitely help in saving natural resources.
See lessIR 4.0 AND SUPPLY CHAIN OPERATIONS
Didarul
Business information
Business information
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