Computer Integrated Manufacturing System

The Computer Integrated Manufacturing System (CIMS) is a product of the advancement in computer-aided design and manufacturing.

Computer Integrated Manufacturing System

The Computer Integrated Manufacturing System (CIMS) is based on automation technology and the integration of information technology in manufacturing. It integrates various separate automation systems that are present throughout the product design and manufacturing process by using computer technology. This leads to the formation of a system capable of producing a diverse range of products in small batches, resulting in an overall improvement in the integrated and intelligent manufacturing process.


Currently, the term “Computer Integrated Manufacturing System” (CIMS) in China has evolved to “Contemporary Integrated Manufacturing” and “Contemporary Integrated Manufacturing System”. This change has broadened and deepened the original meaning of CIM/CIMS.

The word “modern” in this context refers to the computerization, informationization, and intelligence of the manufacturing process. The concept of “integration” has been expanded to include three stages of integration optimization: information integration, process integration, and inter-enterprise integration. This involves the integrated optimization of three elements and three streams in enterprise activities, as well as the integration of CIMS-related technologies and the optimization of various personnel.

CIMS not only integrates technical systems and production processes, but also integrates people and their ideas, thoughts, and intelligence. This helps to maintain an open and organic flow of work, logistics, and information throughout the entire enterprise.

In conclusion, CIMS is the result of the integration of people, business, and technology.


From a production process perspective, the Computer Integrated Manufacturing System (CIMS) can be broadly classified into three types: discrete manufacturing, continuous manufacturing, and hybrid manufacturing.

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From an architectural viewpoint, CIMS can also be divided into three types: centralized, decentralized, and hybrid.

Benefit Evaluation

The Computer Integrated Manufacturing System (CIMS) is a means of enterprise management and operation, as well as an implementation of strategic thinking. However, it requires a substantial initial investment and has a wide range of applications, with a long payback period, making it difficult to see immediate benefits.

Therefore, when evaluating the benefits of CIMS, it is essential to consider its efficiency indicators comprehensively and not solely in monetary terms. Comprehensive benefits refer to the various advantages that CIMS can bring to enterprises and society.

These benefits can be understood from the following aspects:

  • The implementation of CIMS increases the profits generated by labor productivity, thereby contributing to an increase in the country’s national income.
  • CIMS improves an enterprise’s ability to respond to the market and handle risks, and supports its business strategy, thereby improving its competitiveness in the market and advancing technological progress.
  • CIMS contributes to the improvement of the quality and technical level of employees across the company.
  • CIMS plays a role in conserving natural resources.
  • The application and promotion of CIMS technology will contribute to the optimization of the country’s industrial structure, the development of new industries, and the improvement of competitiveness in the international market.

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