A Low Cost Automation for MFI Analyzer by Using Arduino

Venkatesh Shendge, Deepak Borade, Monika Padkodne, S. Narkhede
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引用次数: 1

Abstract

The melt flow index analyzer is a machine used in many plastics, toys making, goods manufacturing, and also in Automobile industries. Because today's 30-40% components of any device are made by plastic, therefore the use of machine is to decide the quality and grading of the plastic which is to be used for different purposes. As in electrical engineering, there is class A, class B, Class F, class Y etc. types of grading of insulators, similarly, plastics have different types of grading. Now suppose we have to make a dashboard of the vehicle and a drinking water bottle by plastic. So the same material cannot be used for making a dashboard and bottle. The material used for making the dashboard should be tough, strong, and should enough robust. But the material used for the bottle should be light in weight, soft, etc. Above mentioned qualities and properties of plastics are decided by the MFI machine. This paper depicts how to decide a grading of plastic using MFI machine with minimum cost. Currently, industrialists want to design goods with optimal properties and minimum costs. One of the requirements for quality control of thermoplastics is the determination of volume and mass flow rates. To ensure in an industry that production is reproducible we must control this index. Knowledge of the quality of the material (injection molding, extrusion) reduces the time and minimizes the cost of production.
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基于Arduino的低成本MFI分析仪自动化
熔体流动指数分析仪是许多塑料,玩具制造,商品制造以及汽车工业中使用的机器。因为今天任何设备的30-40%的部件都是由塑料制成的,因此机器的使用是决定塑料的质量和等级,这些塑料将用于不同的目的。如在电气工程中,绝缘子有A类、B类、F类、Y类等类型的分级,同样,塑料也有不同类型的分级。现在假设我们要做一个汽车的仪表盘和一个塑料瓶。因此,同样的材料不能用于制造仪表盘和瓶子。用于制造仪表板的材料应该是坚韧的,强大的,并且应该足够坚固。但瓶子所用的材料应重量轻、柔软等。上述塑料的质量和性能是由MFI机器决定的。介绍了如何用MFI机以最小的成本确定塑料的级配。目前,工业家们希望设计出具有最佳性能和最低成本的产品。热塑性塑料质量控制的要求之一是体积和质量流动速率的测定。为了确保一个行业的生产是可复制的,我们必须控制这个指标。了解材料质量(注塑,挤压),减少生产时间和成本。
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