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Increasing Flexibility and Productivity in Small Assembly Operations: A Case Study

机译:提高小装配行动中的灵活性和生产力:一个案例研究

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Despite the high production rates required in the automotive industry, some small components are being produced manually in peripheral countries where the labor costs are lower than in the middle of the Europe. When the production must be highly flexible, new challenges are placed and, in these cases, some companies adopt intensive labor processes. This work is based on an industrial demand in order to become an intensive labor process in intensive technology process, minimizing human intervention (without removing it), increasing productivity ensuring the quality, and maintaining the high flexibility already achieved in the assembly process of drive systems for automotive windscreen wiper. The equipment developed uses intensive technology through automation systems, needing an operator who is responsible by the initial feeding process. After that, all the process is automatic. The production cycle time is reduced from 11 to 7 s and the quality is ensured. The equipment is very flexible, allowing to assembly 20 different kinds of sets for the same purpose, changing just the gig where the main component is assembled.
机译:尽管汽车行业所需的高生产率,但在劳动力成本低于欧洲中间的外围国家,一些小型部件正在制作。当生产必须具有高度灵活性的时,放置新的挑战,在这些情况下,一些公司采用了密集的劳动过程。这项工作基于工业需求,以便成为强化技术过程中的强化劳动过程,最大限度地减少人力干预(无需去除),提高生产力确保质量,并维持在驱动系统的装配过程中已经实现的高灵活性用于汽车挡风玻璃刮水器。该设备通过自动化系统开发使用密集型技术,需要由初始喂养过程负责的操作员。之后,所有过程都是自动的。生产周期时间从11到7秒降低,确保质量。该设备非常灵活,允许为同一目的组装20种不同的组,仅改变组装主部件的演出。

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