Use Of Kanban Mechanisms To Deal With Localized Production Problems In An Aerospace Production Environment
Robert Gabriel, Gary Collison
Abstract
Robert Gabriel, Gary Collison
Abstract
In the process of implementing lean production systems, designs must be optimized both at the local and the global levels. In this paper we will explore the application of Kanban systems in three different localized situations: For transportation of large quantities of materials from a group of suppliers over long distances. For establishing regular, short flowtime production through shared resources. For maintaining proper priority and sequence through a labor saving device where manual alternatives exist. The objective of this paper will be to communicate the situations under which these solutions apply, as well as propose a method for analysis and implementation.
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In the process of implementing lean production systems, designs must be optimized both at the local and the global levels. In this paper we will explore the application of Kanban systems in three different localized situations: For transportation of large quantities of materials from a group of suppliers over long distances. For establishing regular, short flowtime production through shared resources. For maintaining proper priority and sequence through a labor saving device where manual alternatives exist. The objective of this paper will be to communicate the situations under which these solutions apply, as well as propose a method for analysis and implementation.
Key concepts: Aerospace, Production (economics), Kanban, Manufacturing engineering, Aerospace materials, Computer science, Development environment, Systems engineering