ANALYSIS OF THE LASER CUTTING PROCESS FOR A SELECTED COMPONENT

The advancements in modern manufacturing technologies have made it possible to create customized, distinctive, and personalized products in single quantities or small batches tailored to the individual needs of customers, a process commonly referred to as "customization." However, this has introduced challenges in effectively planning production activities and manufacturing customized products, as it requires balancing customer demands with manufacturing capabilities. In addition to traditional production methods such as turning and milling, innovative techniques like laser cutting-particularly when coupled with a robotic arm-offer enhanced flexibility for producing specialized custom products and intricate patterns. This ability has contributed to laser cutting’s rise as a competitive and widely supported method in modern manufacturing. A significant challenge in this domain is the dynamic nature of task execution in manufacturing, which can render cutting lines obsolete and often requires modifications at short intervals. These changes are driven by factors such as evolving customer requirements, shifts in materials, and new production orders. As a result, it is crucial to continually assess and implement the necessary adjustments to maintain process efficiency and ensure the smooth execution of planned activities. This article explores the application of laser cutting on various materials, such as tulle, and presents the results obtained. The objective was to develop a cutting technology suitable for manufacturing specific types of ion membranes that meet required quality standards and chemical purity levels. Additionally, an analysis using an Ishikawa diagram was conducted to identify areas for improving the quality of the cutting elements.