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Never mind what it is called …

Nor how it is packaged …

6-sigma,

  Process mapping, or

    Re-engineering …

At the end of the day,

  Every business organisation

    has to get down to it …

To understanding,

  mastering, and

    practising Quality …

Because it is …

  THE only gate-way

    to Customer Satisfaction

Measurement Systems Analysis (MSA)

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When a control chart indicates an out-of-control situation, we should jump on our feet to investigate the assignable cause rather than hesitate to question the validity or credibility of the data!

 

Like it or not, the data that get on our control charts will decide the fate of the production process - whether  we  are  going  to  continue to run it, or if we have to shut it down for  producing dubious  quality  product!  It is scary, the power we are entrusting in these data!  It is in  our   utmost interest therefore,  to ensure  that these data are reliable.   MSA  enables  us  to qualify the instruments  we  use  to  take our SPC data, so that we will have full confidence in our control charts ... 

 

And imagine what it would be like if the instruments we use to check product conformance to customer requirements, are not reliable?  Have peace of mind  -  sanction, validate and qualify your instruments to ensure they are up to the task …  Better still, correlate your measurement systems against your customers’ !  What better way to ensure you you meet customers’ requirements ?

COURSE OVERVIEW

A one day metrology Seminar focusing on statistical methods for assessing the precision (consistency) of measuring instruments and the correlation of testing and inspection systems.

WHAT YOU WILL LEARN

  The need to ensure precision of  measuring

     instruments

  A systematic, statistical approach to assess

     the   precision   of   instruments   used   for

     applications such as SPC

  Assessing  the  Effectiveness  of   Go/No-go

     gauges

  A   technique   for    correlating    test   and

     inspection equipment

TARGET AUDIENCE

  SPC practitioners

 Process engineers

 Quality engineers

  Equipment engineers

  Test engineers

COURSE CONTENT

  Quality of measuring instruments

  Accuracy vs Precision

  Understanding Repeatability & Reproducibility

  Objective of GRR

  GRR Studies 

     -  Average & Range method (Long method)

     -  Range method (Short method)

  GRR Interpretation

  Pass-Fail Criteria (Performance guidelines)

  Likely causes of high R&R errors

  What do we do with gauges that do not meet

     performance guidelines?

  Frequency of GRR Studies

  Choice of Long or Short method

  Attribute Measurement Systems 

     -  Effectiveness

     -  Misses & False alarms

     -  Bias

     -  Acceptance guidelines

  Some special applications

 

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