Statistical Process Control in Ceramic Processing
5 Day course: September 14-18 from 2:30 p.m. - 4:30 p.m. ET
Instructor: Carl E. Frahme
This course will provide an introduction to statistical process control (SPC) and then its application to ceramic processing. SPC has been developed into a powerful set of tools to monitor each step in a manufacturing process to help keep it in control. The overall goal is to lower losses, improve productivity, lower production costs, improve product quality, and improve profits all at the same time. SPC tools allow one to observe when a process undergoes change, whether good or bad, and then to take steps to regain control or to analyze the causes of change, with the goal of preserving improvements. Rather than inspecting quality into production, the aim is to control each process step along the overall process and thus prevent problems from escalating downstream.
Applying SPC to ceramic processing requires not only a knowledge of SPC but also of the basics of each step in ceramic processing. While this course will not delve deeply into the details of ceramic processing, it will discuss them enough to illustrate how SPC can be utilized. A number of examples will be discussed. The topic of Continual Improvement will be discussed, using SPC and Design of Experiments to continually make incremental or large improvements.
- Course Outline and Instructor Information
- History and Perspective on Process Control
Statistics and Statistical Process Control
- Statistical Basics and Statistical Distributions
- Run Charts
- Control Charts
- Regression and Correlation Analysis
- Process Improvement
- Design of Experiments
- Six Sigma
SPC Applied to Ceramic and Glass Processing
- Raw Materials
- Material Preparation
- Spray drying
- Slip preparation
- Pressure fabrication (dry pressing)
- Plastic forming
- Slip casting
Finished ware inspection
Following ware through the production process
Carl Frahme, FACerS, owns a consulting firm focusing in three areas: technical and manufacturing consulting, education and training, and expert witness services. He also teaches material science as an adjunct for the University of Kansas. Frahme has more than 50 years of technical and educational experience and services.
Frahme holds a Ph.D. in ceramic sciences and engineering from Rutgers University.
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On or before August 10, 2020 After August 10, 2020
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Registration with ACerS Member Discount (onsite or online) $650 $750
Student (onsite or online) $475 $525
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