Question: Daily demand for three models sharing a production line is given in the table below: Model A B C Daily demand 150 100 50 The
Daily demand for three models sharing a production line is given in the table below:
Model | A | B | C |
Daily demand | 150 | 100 | 50 |
The production line is run a single shift (480 minutes) per day. Processing time is 1.3 minutes per unit, regardless of the model. A setup time of 15 minutes is also incurred per unit.
- Develop a minimum cycle to support production smoothing. What is the maximum number of cycles you can run in a shift?
- Develop an alternative minimum cycle that minimizes the number of setups within the cycle. How did the maximum number of cycles change?
- Is the ideal “one-piece-flow” possible in this example?
- Discuss the pros and cons of the solutions you developed in parts a and b.
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