When traditional knitted fabrics begin to possess sensing, energy storage, and feedback control functions, the technical boundaries of this ancient industry are being redefined. On August 19, the Exchange on Intelligent Knitted Fabric Technology and Future Applications was held in Puyuan, Tongxiang, Zhejiang, where experts and enterprise representatives outlined a cross-disciplinary industrial landscape: from medical wearables to robotic flexible electronic skin, knitting is no longer just a synonym for apparel. The signals released at this meeting will have far-reaching implications for buyers, manufacturers, and foreign trade companies alike.
Cross-Industry Acceleration and Emerging Incremental Markets
The conference focused on AI-driven knitting manufacturing, flexible smart fibers, and electronic fabric devices, marking the knitting industry's breakthrough beyond traditional apparel boundaries. Xie Qing, President of the China Knitting Industry Association, offered a representative judgment: the knitting industry is at a critical stage of transformation and upgrading, and must proactively embrace AI and new material technologies to expand into incremental markets such as healthcare and robotic bionics. This implies that future knitted fabrics will evolve into native flexible electronic systems integrating sensing, signal transmission, micro-energy storage, and feedback control, achieving 'yarn as device, fabric as terminal.'
From a technological path perspective, insights from multiple domestic and international experts confirmed this trend. Seeram Ramakrishna, foreign academician of the Chinese Academy of Engineering, analyzed the technical paths and industrial opportunities of non-invasive health monitoring and flexible human sensing systems around nanofiber technology and smart wearable devices. A representative from EPFL introduced thermal drawing multifunctional fiber technology, demonstrating its potential in flexible electronics. These technologies are no longer just laboratory concepts; Professor Li Li from HKUST has already provided development paths for diversified textile scenarios from the perspective of interdisciplinary innovation and commercial transformation.
Industry-University-Research Collaboration and Accelerated Commercialization
The concurrent signing ceremonies for smart wearable industry-university-research cooperation, scientific equipment donations, and corporate strategic partnerships provided a practical channel for technology implementation. Puyuan, as a highly influential domestic knitting industry cluster, offers fertile soil for traditional industries to conduct technological innovation and achievement transformation. Tian Mingwei, Dean of the School of Textile and Clothing at Qingdao University, shared achievements in health-monitoring smart electronic fabric devices that have been practically applied in special demand scenarios such as the National Astronaut Training Center, China Rehabilitation Science Institute, and pilot training centers, indicating that industry-university-research collaboration is moving from signing to large-scale application.
Notably, Li Lijun, Vice President and Director of Ningbo Cixing Co., Ltd., elaborated on AI-empowered knitting industry practices, advancing precision knitting technology into the industrialization exploration stage for medical fabrics, smart wearables, and robotic flexible electronic skin. For buyers, this means that the technical threshold for suppliers is rising, and the traditional per-meter procurement model may face transformation; for foreign trade companies, high-value-added functional knitted products are expected to become a new lever to break through trade barriers.
Key Shortcomings to Address and the Key to Differentiated Competition
Despite the promising prospects, the industrialization of intelligent knitted fabrics still faces dual challenges of core technology and cross-industry collaboration. Xie Qing suggested focusing on independent core technology breakthroughs, uniting universities and enterprises to tackle key shortcomings such as fiber integrated circuits and sensing yarns; meanwhile, deepening cross-industry collaborative ecosystem construction, breaking down industry barriers, and sharing platform resources. These suggestions directly address current pain points: a single enterprise can hardly complete the full-chain innovation from yarn to system independently, requiring the construction of an open cooperation network.
For enterprises, delving into differentiated high-end scenarios is the way forward. High-barrier fields such as medical monitoring fabrics and robotic bionic electronic skin not only offer larger profit margins but also help build technological moats. Xie Qing emphasized building China's global core competitiveness in knitting with original flexible knitting technology. This implies that future industry competition will shift from cost and scale to technology and standards, and enterprises that establish advantages in the smart fabric field first will gain leadership in the next round of growth.