IMPLEMENTATION OF INDUSTRY 4.0 CONCEPT FOR SUPPORT DEVELOPMENT OF TOOL MANAGEMENT SYSTEM
Production orders could not be accomplished on schedule because they had been obstacles in production processes such as tools are not ready when needed. Percentage of non-value-added activity and delay activity were 57% based process activity mapping for tool lending system. This non-value-added...
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id-itb.:671572022-08-15T08:26:04ZIMPLEMENTATION OF INDUSTRY 4.0 CONCEPT FOR SUPPORT DEVELOPMENT OF TOOL MANAGEMENT SYSTEM Ariyani Rangkuti, Laulia Indonesia Theses Industry 4.0, Cyber Physical System, Tool Management System, Lean Manufacturing, Tool Identity. INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/67157 Production orders could not be accomplished on schedule because they had been obstacles in production processes such as tools are not ready when needed. Percentage of non-value-added activity and delay activity were 57% based process activity mapping for tool lending system. This non-value-added and delay activity causes unable to completed product on schedule because lack of tool management system. Poor tool management system caused by shabby tool requirement planning, tool inventory system and tool flow control which had an impact on tool obtainability. Lack of tool management system was not only affected for tool availability, but also for operator movement. The more operator’s movement the more order not achieved. Application of Industry 4.0 could be used for development tool management system. Industry 4.0 concept used in this research was cyber physical system. Through the cyber physical system, virtual models created, which will make it easier to obtain data in real time, the data will be processed into information that can facilitate decision making. The application of the concept of cyber physical system in this case can be done by creating virtual models such as database models, providing identity for each tool that will be distributed and performing a scanning process for each tool that will be distributed as a data collection process in real time. The concept of cyber physical system technology will make it easier for tool operators to control the distribution of tools by only detecting the presence of tools through a system made without seeing directly the physical presence of the tool. This tool management was expected to bring changes such as planning strategies to ensure that tool was available when needed and with the number as needed, better inventory and tool flow control could be guaranteed the availability of tool, procedure lending system tool simpler, and did not require the operator to performed a lot of moving activities. Other benefits of implementation Industry 4.0 concept for development tool management system also had an impact on reducing delay and non-value-added activities. text |
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Production orders could not be accomplished on schedule because they had been
obstacles in production processes such as tools are not ready when needed.
Percentage of non-value-added activity and delay activity were 57% based process
activity mapping for tool lending system. This non-value-added and delay activity
causes unable to completed product on schedule because lack of tool management
system. Poor tool management system caused by shabby tool requirement planning,
tool inventory system and tool flow control which had an impact on tool
obtainability. Lack of tool management system was not only affected for tool
availability, but also for operator movement. The more operator’s movement the
more order not achieved. Application of Industry 4.0 could be used for development
tool management system. Industry 4.0 concept used in this research was cyber
physical system. Through the cyber physical system, virtual models created, which
will make it easier to obtain data in real time, the data will be processed into
information that can facilitate decision making. The application of the concept of
cyber physical system in this case can be done by creating virtual models such as
database models, providing identity for each tool that will be distributed and
performing a scanning process for each tool that will be distributed as a data
collection process in real time. The concept of cyber physical system technology
will make it easier for tool operators to control the distribution of tools by only
detecting the presence of tools through a system made without seeing directly the
physical presence of the tool. This tool management was expected to bring changes
such as planning strategies to ensure that tool was available when needed and with
the number as needed, better inventory and tool flow control could be guaranteed
the availability of tool, procedure lending system tool simpler, and did not require
the operator to performed a lot of moving activities. Other benefits of
implementation Industry 4.0 concept for development tool management system also
had an impact on reducing delay and non-value-added activities.
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format |
Theses |
author |
Ariyani Rangkuti, Laulia |
spellingShingle |
Ariyani Rangkuti, Laulia IMPLEMENTATION OF INDUSTRY 4.0 CONCEPT FOR SUPPORT DEVELOPMENT OF TOOL MANAGEMENT SYSTEM |
author_facet |
Ariyani Rangkuti, Laulia |
author_sort |
Ariyani Rangkuti, Laulia |
title |
IMPLEMENTATION OF INDUSTRY 4.0 CONCEPT FOR SUPPORT DEVELOPMENT OF TOOL MANAGEMENT SYSTEM |
title_short |
IMPLEMENTATION OF INDUSTRY 4.0 CONCEPT FOR SUPPORT DEVELOPMENT OF TOOL MANAGEMENT SYSTEM |
title_full |
IMPLEMENTATION OF INDUSTRY 4.0 CONCEPT FOR SUPPORT DEVELOPMENT OF TOOL MANAGEMENT SYSTEM |
title_fullStr |
IMPLEMENTATION OF INDUSTRY 4.0 CONCEPT FOR SUPPORT DEVELOPMENT OF TOOL MANAGEMENT SYSTEM |
title_full_unstemmed |
IMPLEMENTATION OF INDUSTRY 4.0 CONCEPT FOR SUPPORT DEVELOPMENT OF TOOL MANAGEMENT SYSTEM |
title_sort |
implementation of industry 4.0 concept for support development of tool management system |
url |
https://digilib.itb.ac.id/gdl/view/67157 |
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1822933266939772928 |