Article ID: | iaor1991903 |
Country: | Netherlands |
Volume: | 17 |
Issue: | 1/4 |
Start Page Number: | 197 |
End Page Number: | 204 |
Publication Date: | Aug 1989 |
Journal: | Engineering Costs and Production Economics |
Authors: | Cox James F., Snyder Charles A. |
Keywords: | computer integrated manufacturing |
Computer integrated manufacturing (CIM) is a concept that combines various technologies to produce an entire integrated factory. Usually CIM consists of such technologies as computer aided design and computer aided manufacturing (CAD/CAM), robotics, automated material handling and identification, machine vision, and a communications network that links them. In addition, the appropriate functional areas such as marketing, purchasing, accounting, and fiannce should be integrated with CIM components. While there are several real and major benefits to be derived from integration of the processes, many firms have been unsuccessful in their attempts. Because factory automation and integration is a continuous process that will require support from all functional areas, an organization must define its specific short- and long-term needs and goals before attempting implementation. There are several major issues and problem areas that must be addressed if the implementation is to be successful. The first task is to establish whether CIM is going to provide a sustainable competitive advantage for the firm. This is a function of strategic planning. A critical question that management should ask is what the impact of