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Ideal Quality System for a Stamping Plant
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English
Abstract
The Ideal Quality System is a systems approach to plant-wide quality control in the stamping environment. Present stamping technology has improved to the extent that much more can be known about the forming process than ever before. While each stamping plant is distinct due to its layout, workforce, and history, there are many factors that could be used in any system to improve quality and thruput. The Ideal Quality System is the organization that encourages these common factors to work in harmony.
The details and operation of the system are defined in this paper. While no plant presently uses the entire plan for Quality, it can be used as a beginning point for those working in the stamping environment.
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Authors
Citation
Deis, B., "Ideal Quality System for a Stamping Plant," SAE Technical Paper 900512, 1990, https://doi.org/10.4271/900512.Also In
References
- Keeler S. P. “Statistical Deformation Control for SPQC Maintaining of Sheet Metal Forming” SAE Paper # 850278 1985
- Siekirk J. F. “Process Variable Effects on Sheet Metal Quality” Journal of Applied Metalworking ASM July 1986
- Allen D. R. “Using Process Output Variables in Stamping Line Process Control” SAE Paper # 890344 1989
- Allen D. R. “Process Control in Stamping Lines” SAE Paper #990343 1989
- Siekirk J. F. “A Systems Approach to Sheet Metal Forming Process Control” International Deep Drawing Research Group 1988
- Brado M. A. Danko A. D. “Productivity and Quality Improvements Through the Application of Basic Principles” SAE Paper # 880208 1988
- Allen D. R. Deis B. R. “Ultrasonic Thickness Gauges - An Analysis of Repeatability and Reproducibility” Society of Automotive Engineers 1990
- Deis B. R. “Thickness Strain Analysis - A Tool for Process Control in Metal Forming” Society for Automotive Engineers 1990