10-9. Stabilizing Volume Production (Part 3) ― Continuing to Create the Same State for Tens of Thousands of Units, Rather Than Being Able to Make One ―
In Part 1, we looked at the design of processes that absorb variation.
In Part ...
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10-9. Stabilizing Volume Production (Part 2) ― Continuing to Create the Same State for Tens of Thousands of Units, Rather Than Being Able to Make One ―
In Part 1, we looked at the basic ideas of stabilizing volume production and the...
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10-9. Stabilizing Volume Production (Part 1) ― Continuing to Create the Same State for Tens of Thousands of Units, Rather Than Being Able to Make One ―
The prototype succeeds.
The shape matches.
Thermal performance is good.
The l...
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9-7. Prototype Conditions and Volume Production Conditions Differ (Part 2) ― Success in Prototyping Does Not Guarantee the Same Results in Volume Production ―
In Part 1, we looked at variable factors that did not exist in prototyping.
Mat...
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6-8-3. Processing Design That Keeps Thermal Performance from Varying in Volume Production (Part 3) ― Cooling in Prototyping and Continuing to Cool in Volume Production Are Different Things ―
In Part 1, we organized the factors that cause variation in thermal performance....
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6-8-2. Processing Design That Keeps Thermal Performance from Varying in Volume Production (Part 2) ― Cooling in Prototyping and Continuing to Cool in Volume Production Are Different Things ―
In Part 1, we took up material lots, die-cutting accuracy, lamination conditions...
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