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Lean Manufacturing (LM) is an advanced manufacturing paradigm which aims at improving the efficiency of production, enhancing the quality of products whereas eliminating various kinds of waste and cost on shop floor. It is obvious that different manufacturing environment or mode needs different lean manufacturing implementation method. In this study, a LM implementation model for Numerical Control (NC) job shop under single-piece and small-batch production environment is proposed and constructed. With the detailed analysis for the characteristics and problems of modern NC job shop, a new and specific structure of LM system is presented. Based on this structure, a LM implementation model is established, this model is made up of problem analysis layer, information platform layer and system application layer. To support the model implementation, an operational procedure is further put forward. Finally, case study in a typical NC job shop from a part fabrication manufacturer is given out to validate the model's availability and possibility. Practical application shows that with the LM adoption and implementation model, the overall efficiency of NC job shop under single-piece and small-batch production environment can be profoundly promoted.
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