New Materials Industry

By using the out-of-the-box industry suite, establish a rapid production visualization full-process traceability system, simple and efficient electronic batch records, strengthen data operation analysis, and achieve transparency, digitalization, intelligence and mobility in manufacturing operations. Help upgrade the digital application in specialized fields such as glass fiber, chemical fiber, high-end composite materials, new energy battery materials, high-end membrane materials, fine chemicals, and daily chemicals.

Composite materials

The composite materials industry has a wide range of applications, featuring significant differences in processes, diverse product forms, and rapid market changes. It is particularly important to achieve flexible scheduling, precise process execution, full-process quality traceability, and equipment interconnection, as these measures can significantly enhance efficiency and yield, and ensure delivery.

Glass Fiber & Chemical Fiber

The characteristics of the chemical fiber and glass fiber industries are that there are few semi-finished products but a large number of raw materials and finished product batches. The production process is highly continuous, with strict control requirements. It combines both process and discrete production characteristics. The material formulas in the production process, the stability of equipment operation, and process control are extremely important.

Fine chemicals

Fine chemicals is the core field in the chemical industry that produces high value-added and technology-intensive chemicals. Its products are characterized by strong application specificity, high technological content, large added value, and rapid variety updates. Through methods such as formula management, electronic batch records, real-time data collection and monitoring of equipment, online quality analysis, and energy cost analysis, it achieves production efficiency improvement, quality control, compliance risk reduction, full traceability, and cost reduction.

New energy battery materials

The lithium battery material industry is a dynamic yet highly competitive strategic emerging industry. Technological innovation, cost control, resource assurance, and global layout are the key factors for enterprises to succeed. Meeting the data control requirements of downstream enterprises is also a core factor for expanding the market. Enterprises need to achieve transparent control of the entire production process, strict quality traceability, efficient equipment management, and data interconnection, significantly improving production efficiency and quality, and reducing operating costs.

Optical materials

With the rapid development of the electronics industry and the increase in competitiveness, electronic-grade optical materials, as an indispensable and important component, have shifted from single-point automation to full-chain intelligence in production and manufacturing management. They achieve nanometer-level coating thickness control, full-process traceability of rolls, online detection of optical performance, and real-time monitoring of cleanroom environment, thereby improving yield and reducing haze fluctuations.

Packaging materials

The packaging materials industry is undergoing threefold transformations: environmental protection, functionality, and intelligence. To meet the demands of the fast-paced, ever-changing, and high-standard market, it is necessary to optimize the production of multiple varieties in small batches, strengthen the quality traceability and equipment management throughout the process, achieve transparent production, and enhance efficiency and compliance.