The obstacles to successful CIM

doi:10.1016/0925-5273(94)90176-7

International Journal of Production Economics

Volume 37, Issues 2–3, December 1994, Pages 247-258

https://doi.org/10.1016/0925-5273(94)90176-7 Get rights and content

Abstract

Many firms have turned to computer integrated manufacturing (CIM) as the way to achieve competitive advantage in the fast-paced new environment of manufacturing. There are compelling reasons to investigate and implement CIM in this era of global competition because of the logical integration of components and the fit to the new organizational dynamics. However, there are several obstacles to the success of CIM that the firm should be aware of. This research reports on the obstacles identified in the CIM literature and those identified by internal and external constituencies in firms that have had a great deal of experience in implementation and operation. The obstacles are compared and contrasted and consolidated in order to provide the most relevant guidance available to those considering CIM. Suggested means of dealing with the obstacles are provided.

References (47)

C.A. Snyder et al.
Developing computer integrated manufacturing: major issues and problem areas
Eng. Costs Prod. Econom.
(1989)
R.H. Hayes et al.
Dynamic Manufacturing: Creating the Learning Organization
(1988)
V.D. Hunt
Computer Integrated Manufacturing Handbook
(1989)
J.H. Sheridan
The CIM evolution
Ind. Week
(1992)
J. Clancy
Communication to change: the key to a successful CIM strategy
Vital Speeches
(1986)
P.G.W. Keen
Competing in Time
(1988)
S.A. Melnyk et al.
Computer Integrated Manufacturing: Guidelines and Applications from Industrial Leaders
(1992)
K. Singhal
Introduction: the design and implementation of automated manufacturing systems
Interfaces
(1987)
G.L. Kovacs et al.
Integration in manufacturing: from FMS and FMC to CIM
J. Harrington
Computer Integrated Manufacturing
(1973)

V.D. Hunt

Advanced Dictionary of Manufacturing Technology

(1987)

Groover et al.

CIM and the flexible automated factory of the future

Ind. Eng.

(1986)

R.K. Miller

Strategic Planning for Computer Integrated Manufacturing

(1988)

H. Noori

Managing the Dynamics of New Technology

(1990)

J.C. Arnold et al.

Establishing a framework for the analysis and justification of computer integrated manufacturing

Computer Integrated Manufacturing and Flexible Manufacturing Systems Seminar Proceedings. New Orleans, LA

(1987)

W. Eckerson

Big firms help pave way for CIM study in colleges

Network World

(1988)

R.G. Eller et al.

Justifying a realistic CIM plan

Manufacturing Eng.

(1988)

A.J. Friscia et al.

Automation

Systems integration report

(1990)

E. Horwitt

Clearing the Obstacles to CIM

Computerworld

(1988)

E. Horwitt

Clearing the Obstacles to CIM

Computerworld

(1989)

J. Meredith

The economics of computer integrated manufacturing

J. Mottern

Executing the CIM plan: managing technology change

Computer Integrated Manufacturing and Flexible Manufacturing Systems Seminar Proceedings. New Orleans, LA

(1985)

R.P. Sadowski

History of computer use in manufacturing shows major need now is for integration

B.W. Sheldon

The testbed and phased project approaches to CIM

Manufacturing Systems

(1989)

B.W. Sheldon

The testbed and phased project approaches to CIM

Manufacturing Systems

(1989)

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View full text

The obstacles to successful CIM

Abstract

Eng. Costs Prod. Econom.

Dynamic Manufacturing: Creating the Learning Organization

Computer Integrated Manufacturing Handbook

The CIM evolution

Ind. Week

Communication to change: the key to a successful CIM strategy

Vital Speeches

Competing in Time

Computer Integrated Manufacturing: Guidelines and Applications from Industrial Leaders

Introduction: the design and implementation of automated manufacturing systems

Interfaces

Integration in manufacturing: from FMS and FMC to CIM

Computer Integrated Manufacturing

Advanced Dictionary of Manufacturing Technology

CIM and the flexible automated factory of the future

Ind. Eng.

Strategic Planning for Computer Integrated Manufacturing

Managing the Dynamics of New Technology

Establishing a framework for the analysis and justification of computer integrated manufacturing

Computer Integrated Manufacturing and Flexible Manufacturing Systems Seminar Proceedings. New Orleans, LA

Big firms help pave way for CIM study in colleges

Network World

Justifying a realistic CIM plan

Manufacturing Eng.

Automation

Systems integration report

Clearing the Obstacles to CIM

Computerworld

Clearing the Obstacles to CIM

Computerworld

The economics of computer integrated manufacturing

Executing the CIM plan: managing technology change

Computer Integrated Manufacturing and Flexible Manufacturing Systems Seminar Proceedings. New Orleans, LA

History of computer use in manufacturing shows major need now is for integration

The testbed and phased project approaches to CIM

Manufacturing Systems

The testbed and phased project approaches to CIM

Manufacturing Systems