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. Author manuscript; available in PMC: 2019 Sep 25.
Published in final edited form as: Proc IEEE Inst Electr Electron Eng. 2019;107:10.1109/JPROC.2019.2905423. doi: 10.1109/JPROC.2019.2905423

TABLE I:

Feature comparison between layout patterns

Flow Shop (Product) Batch Job Shop (Process)
Production Spec. Standardized parts A group of work pieces in the same design (a batch) Customized
Volume per order High Low per batch, multiple batch orders Low
Diversity of jobs Usually of the same type in new orders (quantitative increase) Selected options for a new batch order Unique per piece
Production cost per unit Low High Highest
Machine arrangements [43] Line-up in operation sequence Concentrating machines with the necessary tooling for a batch in a cell Concentrating machines with the same tooling method in a cell
Operation sequence Progressively connected Progressively connected in a batch, multiple batches in parallel in different cells Disconnected, multiple jobs in parallel in different cells
Production automation High (fully automated) Medium (automated in a batch sequence) Low
Response to different piece production Full pause, limited options Treat as a new batch order Treat as a new order
Work schedules Predetermined, 24/7 Flexible between batches, fixed per batch Flexible
Industrial examples Automated assembly line (e.g., electronic manufacturing, food, packing, and refining industry) Customization of massive production (e.g., paint and trim in car assembly lines) Machine shops, high add-on valued production (e.g., engine/aircraft assembly)
Wireless use cases Asset performance monitoring, safety Localization, job verification, Internet Human-machine interface, Internet