Clothing is one of the three basic needs of mankind. From the primitive times, textiles have been used for clothing, and with the development of civilization, they have been extended to households and household uses. Thousands of years ago, textiles were used in different forms, such as canvas, tents, protective clothing, ropes, etc. These are basically industrial textiles, mainly for their technical performance. The wave of Industry 4.0 has also swept the traditional textile industry, giving this industry that accompanies human development a different life.
In the smart weaving factory, the weaving machine has been upgraded to a so-called cyber-physical system that can interact intelligently with the surrounding environment, focusing on automatic processes and product quality control.
Production control in an intelligent weaving factory is a task of forecasting, planning and scheduling work, taking into account manpower, material availability and other capacity constraints and costs, so as to achieve the appropriate quality and quantity when needed, and then plan according to the schedule To ensure that the plan is executed using any system that has proven satisfactory.
In order to maximize efficiency, the textile factory must work together as a coordinated unit like a tightly woven fabric. In order for a single machine to act as an integrated unit, an open standardized communication is required between the monitoring system and the production workshop. It is necessary to integrate machines with different MES and ERP systems to achieve IT/OT integration.
Anrecson's product industrial computer can record operation and process data, helping customers to obtain valuable information with the help of standard, personalized, interactive and temporary reports for use in the decision-making process. It can easily meet customers' increasing energy-saving requirements, reduce environmental impact, reduce unplanned downtime, predictive maintenance and data collection. As a professional textile partner, we provide intuitive diagnostic functions, remote diagnostics and open interfaces to ensure unimpeded production without unnecessary downtime. "
