While most composite material companies are still working at the level of machine-level automation, a quiet battle over system integration capability is already underway. At the 29th China International Composites Expo held in Shanghai in early September 2026, Beizi Technology's full-process intelligent logistics solution for fiberglass shifted the industry's competitive focus from single-equipment performance to plant-wide collaborative efficiency. Behind this shift lies the inevitable transition of the fiberglass industry from scale expansion to quality-driven growth.
Event Background
This year's expo brought together numerous players across the industrial chain, and the joint exhibition area for fiberglass industrial fabric products and smart manufacturing equipment became a window into the industry's upgrade path. Beizi Technology's solution at Hall 7.2 covered the entire production processes of fiberglass roving, electronic yarn, and electronic fabric. Its core is not a single piece of equipment but how to use a system-based approach to unblock logistical bottlenecks across all stages. Notably, the company also showcased its R&D achievements in electronic fabric looms, indicating that smart manufacturing service providers are extending from logistics to core process equipment.
The timing of this development is significant. The fiberglass industry currently faces common pain points such as high labor dependence, limited room for line efficiency improvement, and incomplete quality traceability chains. Meanwhile, downstream sectors like electronics, automotive, and wind power are raising their requirements for consistency and traceability of composite materials year by year. At the expo, customer interest in reducing labor dependence and achieving full traceability was noticeably higher than inquiries about single-machine capacity, reflecting a shift in evaluation criteria toward system value.
Industry Impact
Beizi Technology has served the fiberglass industry for over two decades. Its technical system integrates the Internet of Things, big data, machine vision, and artificial intelligence - not as a simple stacking of equipment, but as a complete architecture encompassing dedicated hardware, software systems, and data loops. The solution has been implemented at leading companies such as China Jushi, International Composites, Taishan Fiberglass, and Changhai Fiberglass. The demonstration effect of these cases is changing the decision-making logic of small and medium fiberglass enterprises - previously they purchased equipment based on single-machine parameters; now they evaluate whether the entire system can adapt to existing production lines and reserve room for future upgrades.
For equipment suppliers, this means a fundamental shift in competitive dimensions. In the past, the competition was about spinning machine speed or loom width; now it is about the precision of logistics scheduling algorithms, whether visual inspection can be embedded into the production rhythm, and whether software systems can seamlessly integrate with existing ERP systems. The multiple industry awards received by Beizi Technology indirectly confirm that recognition of system integration solutions in the composite field is rapidly increasing.
From an industrial chain perspective, this trend will have impacts at two levels. On one hand, the intelligent transformation of fiberglass manufacturers will accelerate, especially for high-value-added products like electronic yarn and fabric, where extreme requirements for clean production environments and parameter stability make full-process automation a necessity rather than an option. On the other hand, the role of smart manufacturing service providers is shifting from "selling equipment" to "selling systems." In the future, companies capable of providing software-hardware integrated, full-process solutions will gain higher customer stickiness and stronger pricing power.