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IoT-Driven Intelligent Production: Revolutionizing Non-Woven Fabric Manufacturing Efficiency
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IoT-Driven Intelligent Production: Revolutionizing Non-Woven Fabric Manufacturing Efficiency

2026-02-09

无纺布.jpgRecently, a modern new IoT R&D and production base for medical materials was officially put into full production. The base focuses on the intelligent production and high-end R&D of non-woven fabrics, and deeply integrates IoT technology with intelligent equipment. It not only greatly improves the production efficiency and product quality of non-woven fabrics, but also becomes a benchmark for the intelligent production of non-woven fabrics in the industry. Its production mode and technological application provide reference experience for the majority of medical materials raw material manufacturers.


As one of the core raw materials in the medical materials industry, non-woven fabrics are widely used in medical protection, daily hygiene, industrial protection and other fields. Its production process and equipment level directly affect product quality. At present, the main production processes of non-woven fabrics in the industry include spunbonding, meltblowing, spunlacing, needle punching, etc. Among them, the spunbond-meltblown-spunbond (SMS) composite process is the most widely used, which can produce composite non-woven fabrics with waterproof, breathable, tough and other characteristics, suitable for high-end medical scenarios.

The intelligent base put into production this time has mainly introduced internationally advanced SMS composite non-woven fabric production lines. The production line adopts a three-layer spunbond-meltblown-spunbond structure. By precisely controlling the key process parameters such as spinning temperature, wind speed and raw material ratio, the produced SMS composite non-woven fabric can be widely used in high-end medical materials products such as medical protective clothing and surgical gowns. Its core indicators such as waterproofness, air permeability and tensile strength have reached the international leading level. At the same time, the base also focuses on the development of high-gram-weight composite non-woven fabrics, breathable films and other high-end materials, significantly increasing product added value.

Among them, as a supporting material for non-woven fabrics, breathable film is mainly used to optimize the skin-friendliness and air permeability of medical materials products. When used with non-woven fabrics, it can effectively improve the wearing comfort of products such as Diapers and medical dressings, avoiding skin discomfort caused by poor air permeability. At present, it has been widely used in various close-fitting medical materials products.High-gram-weight composite non-woven fabrics are mainly used for high-end medical protective products, with a gram weight of 80-120gsm, which has stronger protective performance and durability.

The intelligent upgrading of production equipment is the key to improving the quality and efficiency of the base. The fully Automaticnon-woven fabric production line equipped in the base integrates an IoT monitoring system, which can real-time monitor key process parameters such as raw material ratio, production temperature and vehicle speed, realizing precise control of the production process. The product unqualified rate is controlled below 1%, and the production efficiency is increased by more than 40% compared with traditional equipment, and the labor cost is reduced by more than 30%. In addition, the base is also equipped with a standardized raw material warehouse center, which realizes the Automatic storage, inventory and scheduling of raw materials through an intelligent warehouse system, avoiding raw material loss and improving the efficiency of supply chain turnover.

The commissioning of this base not only fills the gap in the production of high-end non-woven fabrics in the region, but also promotes the upgrading of medical materials raw material production towards high-end, intelligent and clustered directions. Insiders said that with the in-depth integration of IoT technology and medical materials production, intelligent production lines will gradually replace traditional production lines and become the mainstream of non-woven fabric production. At the same time, high-end and functional non-woven fabric products will continue to iterate, further meeting the personalized needs of various medical materials scenarios.