Effects of Using Laser Technology for Cutting Polymer Films

Materials Pub Date : 2024-07-25 DOI:10.3390/ma17153678
Malgorzata Olender-Skóra, W. Banaś, Marian Turek, Paweł Skóra, A. Gwiazda, K. Foit, A. Sekala, Michał Stawowiak
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Abstract

In connection with the need to obtain a properly made and cut material and the appearance of the surface layer, new manufacturing technologies were used for tests, namely the laser cutting technology. This article describes the laboratory stand built for the purpose of research, as well as the possibility of using laser cutting on several sample materials (polymer films), together with an indication of the results obtained. The idea was to elaborate on the cutting technology that will be proper for manufacturing the desired type of spacers for ion-exchange membranes separating while maintaining the required level of product quality and chemical purity. The latter criterion was the basic one, due to the scope of use of the manufactured elements. This article also describes the problem encountered during the construction of the stand or during the research. The last part of this article describes the further steps of the research that will be carried out in the future along with a discussion and summary of the research performed. It is important from the point of view of the development of production technology, but also because of the characteristics of materials for the production of surface layers and coatings resistant to mechanical or thermal wear used in industry. The introduction of innovative solutions is also aimed at studying the improvement of the economics of the production of materials that are significant, in particular, for small- and medium-sized enterprises.
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使用激光技术切割聚合物薄膜的效果
由于需要获得正确制作和切割的材料以及表层的外观,因此使用了新的制造技术,即激光切割技术进行测试。本文介绍了为研究目的而建造的实验室支架,以及在几种样品材料(聚合物薄膜)上使用激光切割的可能性,并说明了获得的结果。我们的想法是详细阐述适合制造所需类型离子交换膜分离用间隔物的切割技术,同时保持所需的产品质量和化学纯度水平。由于所制造元件的使用范围,后一项标准是最基本的标准。本文还介绍了在支架建造或研究过程中遇到的问题。文章的最后一部分介绍了未来将开展的进一步研究步骤,并对已开展的研究进行了讨论和总结。从生产技术发展的角度来看,这一点非常重要,但同时也因为生产工业中使用的抗机械或热磨损表层和涂层的材料特性。引入创新解决方案的目的还在于研究如何提高材料生产的经济效益,这对中小型企业尤为重要。
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