STATISTICAL PROCESS CONTROL (MSA)
INTRODUCTION
 | Do you use gages or measurement systems in your processes? |
| Have you considered the capability of your gages or measurement systems? |
| Are gages or measurement systems you use suitable for your processes? |
| Are gages or measurement results operator dependent? |
| Are gages or measurement results consistent over time? |
SPC (MSA) is necessary to ensure that Measurement Systems have the necessary
capability to detect changes in your product or process performance. It is
essential to have common standard or reference to standards so that product and
process specifications are consistent. Consequently, Measurement Systems
Analysis is frequently required by ISO or TS Standards (e.g. ISO TS 16949).
This course has a practical hands-on approach in numerical computation
for manufacturing or service. This course enables the delegates to understand
the use of Measurement Systems Analysis.
BENEFITS OF ATTENDING THE
COURSE
The course enables the delegates to:
| Understand the role of Measurement Systems to Quality and Productivity. |
| Distinguish measures of location and spread. |
| Evaluate equipment variation and appraiser variation. |
| Use Excel templates for GRR evaluation. |
| Perform Gage Repeatability and Reproducibility studies. |
| Compare measurement system capabilities. |
| Interpret and make recommendations based on GRR results. |
WHO SHOULD ATTEND
SPC (MSA) is used to evaluate measurement systems in product and processes so that proactive action can
be taken. It will be most appropriate for those involved in Quality Assurance,
Equipment Maintenance, Manufacturing, Production and Service. Teams are encouraged
to attend for maximum benefit.
BRIEF COURSE OUTLINE
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