改进的工厂布局设计和鸡蛋分级过程

Y. Banjarat, W. Anucha, W. Wiyaratn
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引用次数: 5

摘要

鸡蛋大小分离厂是一个单层建筑,空间有限,由于24小时连续生产,导致生产面积不足。因此,工厂面临着产能过剩和库存不足的问题。这一问题的对策迫在眉睫。为了满足日益增长的客户需求,公司打算建一个新的生产工厂以扩大生产能力。收集数据是为了明确生产、工艺流程和周期时间。该分析是基于系统布局规划(SLP)原理(过程关系分析)构建的。分析结果表明,工厂可以在3个模型中进行增强,第一个模型的总距离为91.82米,其次是86.05米和61.36米。最佳模型是第三个模型,总距离最短,为61.36。分析结果表明,第一种模式的总面积为1097.4平方米,其次是1353.1平方米和1451.4平方米。由此可以得出,最好的模型是第三个,总面积最高,为1451.4平方米,根据现有工厂布局和新工厂布局的比较,新工厂布局的总距离比工厂布局的总距离少33.98米,少22%。由于运输距离的缩短,过滤后的鸡蛋尺寸可以增加,以提高工艺效率。
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Plant Layout Design for Improvement and Eggs Grading Process
The egg sizes separation factory was a single story building with limited space which leads to inadequate production area due to 24 hours of continuous production. Therefore, the factory was facing the problem of overloading production capacity with inadequate storage. A countermeasure for this issue is urgently needed. The company was intended to build a new production factory for expanding the production capacity in order to meet the customer needs which have been increasing. The data was collected in order to clarify the production, process flow and cycle time. The analysis was constructing based on the Systematic Layout Planning (SLP) principle (the process relationships analysis). The results of the analysis indicate that the factory can be enhanced in 3 models, the first model with a total distance of 91.82 meters followed by 86.05 and 61.36 meters respectively. The best model is the third one with the shortest total distance of 61.36. Results of the analysis indicate that the first model has a total area of 1,097.4 square meters, followed by 1,353.1 and 1,451.4 square meters respectively. This can be concluded that the best model was the third one with the highest total area of 1,451.4 square meters, based on the comparison of the current factory layout and the new factory layout, the result is that the total distance in the new plant layout is less than the total distance in the plant layout by 33.98 meters, or 22%. Due to the reduction in transportation distance, the filtered egg size can be increased to increase the efficiency of the process.
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