The textile dyeing and printing industry is moving beyond isolated digital experiments into a phase of full-chain standardization. On June 28, the Intelligent Manufacturing Technology Committee of the China Dyeing and Printing Association was formally established in Yantai. This event signals a clear recognition that relying on individual enterprises to navigate transformation alone is no longer viable; a collaborative platform is now essential to break down barriers between smart equipment, CNC processes, industrial software, and application scenarios.
Event Focus: Committee Structure Reveals Transformation Priorities
The newly formed committee is chaired by Sheng Shouxiang, chairman of Huafang Co., Ltd., with eight vice-chairs including Xiang Zhong, deputy dean of Zhejiang Sci-Tech University, and 22 members from key industry players such as Shanghai Challenge Textile. The governance model is not a simple association-led structure but a tripartite alliance of leading manufacturers, academic research institutions, and industry service departments. This ensures that future standard-setting and technology promotion will directly address real factory pain points with university R&D capabilities, avoiding the pitfall of technically sound but impractical solutions.
The committee's first work direction is to drive the shift of AI and digital management systems from single-point applications to full-process integration. For the dyeing industry, this targets a critical issue: many companies have adopted MES or intelligent dyeing machines, but these often solve only isolated efficiency problems. Data gaps persist between pre-treatment fabric inspection and post-treatment finishing processes, leaving the entire line far from truly intelligent coordination.
Industry Impact: Lack of Standards Is the Biggest Cost Sink
Lin Lin, president of the China Dyeing and Printing Association, highlighted at the inaugural meeting that one of the committee’s core tasks is to “build a unified and standardized intelligent manufacturing standard system for dyeing and printing.” This addresses a long-standing hidden cost: due to the absence of common equipment interface standards, data format specifications, and process parameter models, companies often incur secondary development costs when integrating smart devices from different suppliers. Data incompatibility leads to frequent “intelligent silos.” Industry data suggests that integration costs caused by non-standardization can account for 15% to 20% of total digital investment in dyeing plants.
The committee’s establishment marks the start of a top-down approach to solve this problem. Once a unified standard system takes shape, equipment buyers will no longer be locked into single vendors, and the digital entry barrier for small and medium-sized enterprises will drop. For upstream equipment manufacturers, the competitive landscape will shift: those who adapt early to the forthcoming standards will gain a first-mover advantage in procurement cycles.