ANALYSIS OF SYSTEMS AND METHODS FOR CUTTING ROLLED MATERIALS IN THE LIGHT INDUSTRY

Abstract

The article discusses methods for optimizing the cutting of rolled materials in light industry enterprises, as one of the key factors influencing production efficiency. A proper approach to cutting planning in enterprises allows for effective use of raw materials, minimizes waste, and increases profits by reducing production costs. The use of modern software enables more accurate forecasting of material consumption, ensuring stable operation of the enterprise and interaction with raw material suppliers.Optimizing the cutting process enhances competitiveness by allowing more flexible adaptation of production to market changes, which is particularly important in today’s economy. The relationship between production productivity and waste levels involves a combination of several cutting methods; the application of advanced technologies and specialized software in light industry enterprises allows achieving a balance between material utilization efficiency and the quality of finished products.A promising direction for further research in this area is the improvement of cutting optimization algorithms, specifically the use of computer vision for analyzing materials before cutting and artificial intelligence for analyzing this data. This information will enable planning an optimal cutting scheme and automatically adjusting the cutting complex to work with this specific material without human intervention, thus eliminating the possibility of errors when configuring equipment settings. Based on the conducted research, it can be stated that optimizing the cutting of rolled materials in light industry enterprises is a critically important factor in enhancing enterprise efficiency. Modern cutting complexes allow for increased cutting efficiency through improved accuracy. Thus, the combination of innovative technologies, precise modeling, and automation will enable the development of this direction.