When a piece of knitted fabric can not only keep warm but also monitor heart rate, capture EMG signals, or even become the "skin" through which a robot perceives its surroundings, the valuation logic of the traditional textile industry is being rewritten. The Exchange Meeting on Intelligent Knitted Fabric Technology and Future Applications, held on August 19 in Puyuan, Tongxiang, Zhejiang, pointed directly to this transformation: industry and academia released signals in the same venue—knitting is no longer merely a carrier of clothing, but a potential platform for next-generation flexible electronic systems.
From "sewing" to "weaving": a shift in technology pathways
The technical directions disclosed at the meeting were highly indicative: nanofibers, thermally drawn multifunctional fibers, flexible sensing fabrics, and electronic skin. Five years ago, these terms appeared mostly in laboratory papers; now they have entered the stage of industrialization discussion. Academician Seeram Ramakrishna, foreign member of the Chinese Academy of Engineering, analyzed pathways for non-invasive health monitoring and flexible human sensing systems. A representative from EPFL introduced thermally drawn multifunctional fibers for flexible electronics. Professor Li Li from HKUST discussed multi-scenario product development from a cross-disciplinary and commercial perspective. Notably, these presentations were not merely conceptual—Tian Mingwei, Dean of the School of Textile and Garment at Qingdao University, showcased health-monitoring electronic fabric devices already applied at the National Astronaut Training Center, the China Rehabilitation Science Institute, and pilot training centers, indicating that medical-grade and special-purpose intelligent knitwear has passed pilot testing and entered real-world use.
"Yarn as device": redefining industrial positioning
Xie Qing, President of the China Knitting Industry Association, proposed a thought-provoking judgment: future knitted fabrics will become native flexible electronic systems integrating sensing, signal transmission, micro-energy storage, and feedback control, achieving the vision of "yarn as device, fabric as terminal." Behind this expression lies the inevitable logic of the knitting industry leaping from a traditional labor-intensive sector to a technology-intensive one. For buyers, this means functional and differentiated products will command higher premiums; for factories, it means upgrading equipment and processes is no longer an option but a matter of survival. Li Lijun, Vice President of Ningbo Cixing Co., Ltd., demonstrated AI-empowered practices in precision knitting for medical textiles, smart wearables, and robot flexible electronic skin—confirming that when AI intervenes in pattern design and process parameter optimization, knitting capacity will become significantly more flexible, and small-batch, multi-variety custom orders may become the new normal.
Industry-academia-research signings: Puyuan cluster's "absorptive capacity"
As a highly influential knitting industry cluster in China, Puyuan hosted multiple landing activities at the meeting, including smart wearable industry-academia-research cooperation signings, research equipment donations, and corporate strategic cooperation agreements. The value of such signings lies not in the ceremony itself, but in providing a "proving ground" for technology transfer: university laboratory results can directly connect with Puyuan's mature production chain and market channels, shortening the cycle from sample to product. For industrial clusters, the ability to seize the intelligent window depends on their capacity to absorb new materials and new processes. Puyuan's choice is to proactively build platforms, introducing external intellectual resources into the local industrial ecosystem, offering a reference path for other traditional knitting clusters.