# South Dakota School of Mines & Technology Deming’s Funnel Exp. Industrial Engineering - PowerPoint PPT Presentation

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South Dakota School of Mines & Technology Deming’s Funnel Exp. Industrial Engineering. Funnel Experiment. The Funnel Experiment is a famous experiment first developed by Dr. Deming. It was designed to show primarily two things: 1.All processes have statistical variation

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South Dakota School of Mines & Technology Deming’s Funnel Exp. Industrial Engineering

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## South Dakota School of Mines & Technology Deming’s Funnel Exp.Industrial Engineering

### Funnel Experiment

• The Funnel Experiment is a famous experiment first developed by Dr. Deming. It was designed to show primarily two things:

1.All processes have statistical variation

2.Improving processes to reduce variation is infinitely better than trying to control process variation

### Funnel Experiment

Rule 1: Do nothing

Rule 2: Move the funnel in an equal but opposite direction

Rule 3: Move the funnel in an equal

but opposite direction from (0,0)

Rule 4: Move the funnel to the last

position where the last hit.

### Funnel Experiment

• The Funnel Experiment is a famous experiment first developed by Dr. Deming. It was designed to show primarily two things:

1.All processes have statistical variation

2.Improving processes to reduce variation is infinitely better than trying to control process variation

Funnel Experiment; Rule 1

4

3

2

1

Yk

0

-4

-3

-2

-1

0

1

2

3

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-1

-2

-3

-4

Xk

### The Funnel Experiment

Rule 1: (LTDTA) Set the funnel over the target

at (0,0) and leave the funnel fixed through all 50 drops.

Funnel Experiment; Rule 2

4

3

2

1

Yk

0

-4

-3

-2

-1

-1

0

1

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-2

-3

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Xk

### The Funnel Experiment

Rule 2: Move the funnel in an equal but opposite direction from where the last marbel hit. The funnel should be moved the distance (-xk,-yk) from its last resting point.

### The Funnel Experiment

Rule 2: Move the funnel in an equal but opposite direction from where the last marbel hit. The funnel should be moved the distance

(-xk,-yk) from its last resting point.

Machine/Process adjustment rules using control chart limits.

Automatic compensating machinery

Funnel Experiment; Rule 3

4

3

2

1

Yk

0

-4

-3

-2

-1

0

1

2

3

4

-1

-2

-3

-4

Xk

### The Funnel Experiment

Rule 3: Move the funnel in an equal but opposite direction from target (0,0) to where the last marble hit. Rule 3 states that the funnel should be moved a distance (-xk,-yk) from the target (0,0).

### The Funnel Experiment

Rule 3: Move the funnel in an equal but opposite direction from target (0,0) to where the last marble hit. Rule 3 states that the funnel should be moved a distance (-xk,-yk) from the target (0,0).

Management by Objectives

Committees

Funnel Experiment; Rule 4

4

3

2

1

Yk

0

-4

-3

-2

-1

0

1

2

3

4

-1

-2

-3

-4

Xk

### The Funnel Experiment

Rule 4: Move the funnel to the last position where the last marble hit. Rule 4 states that the funnel should be moved to the resting point, (xk,yk).

### The Funnel Experiment

Rule 4: Move the funnel to the last position where the last marble hit. Rule 4 states that the funnel should be moved to the resting point, (xk,yk).

Operator matches color from batch to batch without reference to original swatch.

Operator attempts to make every piece like the last one.

On the job training.