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Lean Six Sigma IntroductionLarge Lot Sizes - Their Origin and EffectProblemsSetup times are longThere are quality and maintenance issues SolutionsRun large batches to gain high efficiencies, to lower standard costs, or to provide a buffer against problems.ResultsProduction flow is lumpy and schedules don’t match assembly (or customer) needsEffectInventory and WIP get big. Deliveries suffer.SoHigh inventory carrying costs. Problems are masked. trail is coldRoad Map for Implementing Lean Manufacturing1 → Identify a product family (with similar routings) to start with and an area to begin in, usually at or near final assembly2 → Determine daily demand rate for each item 3 → Identify processes for common items to be included in lean cell/line 4 → Calculate takt times for each process 5 → Define the standard work content 6 → Calculate amount of resources for each process 7 → Determine cell/flow line general layout 8 → Balance the Work Flows 9 → Calculate the number of kanban containers (the amount of WIP) 10 → Follow the Steps for Implementing a Lean Project (Implementation Level 3) 11 → Begin to use pull signals to draw material from the feeder operations and outside suppliers, but continue to use inventory as a buffer until they can respond to the pull signals 12 → Develop Lean capabilities, following the Steps for Implementing a Lean Project, for the next upstream feeder operation 13 → Follow step 11 for this feeder operation 14 → Repeat steps 12 and 13, cascading up the supply chain, for the next upstream operation, and for the key suppliers Copyright © 2000-2010 Michael G. White. All rights reserved.
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