April 20, China National Textile Industry Council Ye Zhimin, Deputy Secretary general of China Textile Association and chairman of Textile Light Science and Technology Education Foundation, Zhang Chuanxiong, Deputy director of Science and Technology Development Department of China Textile Association, Director of Textile Industry Science and Technology Development Center and director of Textile Light Science and Technology Education Foundation, Cong Zheng, Secretary general of China Textile Machinery Association and other groups went to Wuyang Spinning Machinery Co., LTD. (referred to as Wuyang Spinning Machinery) for a return visit. Chen Ge, Vice president of Donghua University, Wang Minqi, chairman of Wuyang Spinning Machine, Wang Shui and Wang Hanzhu, vice general managers of Wuyang Spinning Machine attended the inspection.

Founded in 1986, Wuyang Spinning Machine is a comprehensive national high-tech enterprise which researches, develops and produces series warp knitting machines and high-grade warp knitting fully formed garments. It owns many entities such as Wuyang Spinning Machine, Wuyang Saide, Ashili 3D warp knitting clothing, digital factory and Wuyang Vietnam. In cooperation with many domestic universities such as South Science and Technology, Donghua University, Jiangnan University, Tianjin University of Technology, the company has set up a number of scientific research institutions, such as the product research and development center of double needle bed warp knitting machine, enterprise technology center, Jiangsu Provincial Engineering and Technology Center of warp knitting Machine operation control, enterprise graduate workstation, etc. Now it has the ability to design and develop high-speed, efficient and intelligent series of spinning machine products. Relying on the "Internet + intelligent manufacturing" platform, the company has created the first "efficient weaving intelligent warp knitting production line" in China, and developed an intelligent management system for the warp knitting production line, which carries out data collection, transmission, diagnosis, maintenance management and remote control for each production link of the warp knitting production line, forming an intelligent production mode.

At the end of 2021, the project of "Digital Fully formed warp Knitting Equipment and Intelligent Production Management System" jointly developed by Wuyang Spinning Machine and Donghua University won the first-class Scientific Progress Award of 2021 by China National Textile Industry Council. Chen Ge, on behalf of the project team, reported the overall situation, main innovation points and future development direction of the award project. He mentioned that digital fully formed warp knitting has realized a new model of 3D intelligent weaving on yarn machine and integrated forming "weaving and wearing" clothing production. It provides warp knitting equipment for satellite antenna, aerospace mesh base cloth, multi-purpose air cushion, home textile products, functional mesh and so on, and realizes fully formed weaving of functional fibers and staple fibers. Intelligent production management system to achieve orders, raw materials, warping, weaving, packaging, warehousing, logistics and other man-machine objects, production, supply and marketing of big data closed-loop intelligent management.

Wang Minqi emphasized in his research that 3D full-form weaving technology is a revolutionary innovation in the field of textile and garment production. It does not require cutting, sewing, sewing or waste of materials. It can achieve the effect of low cost, one-time molding, complete categories and short production cycle, and is an important technological innovation direction in the knitting industry. At the same time, it is urgent to realize effective collection and optimization of production data, realize intelligent and remote management of production line, and improve production efficiency and product quality in view of the problems such as the control mode of stand-alone version of traditional warp knitting equipment and the inability of effective monitoring, monitoring and collaborative application of production data. At the same time, he pointed out that as a typical family enterprise, Wuyang Spinning Machine needs to take scientific and technological innovation as the lead and intergenerational inheritance as the support in the future, and cultivate a century-old store in the industry.

Cong Zheng said in the forum that the digital full-formed warp knitting equipment project of Wuyang Spinning Machine is the accumulation and development of the company's continuous promotion of machine processing and software network platform intelligent manufacturing in recent years, and also the concentrated embodiment of the company's strong market grasp ability and rapid response.

Zhang Chuanxiong fully affirmed the achievements of the company in recent years. He mentioned that promoting the knitting industry to high-end, green, intelligent and integrated development is the key to stimulate the innovation vitality of enterprises, improve the innovation ability of enterprises, and realize the transformation and upgrading of enterprises and high-quality development. It is expected that in the future, on the basis of maintaining the scale advantage, the company can deeply realize the collaborative development and application of high-end, intelligent and green equipment, and build the company into a major innovator and leader of high-end, green and intelligent warp knitting equipment and products.

Ye Zhimin expressed his congratulations on the achievements of the project during the seminar. He said that to promote the deep integration of scientific and technological innovation and the real industry, the main body of innovation is enterprises, which dare to take risks, innovate and invest. Colleges have teachers, students, and talented people. Enterprises put forward ideas, rely on the scientific research strength of colleges and universities, and carry out cooperative development, the combination of the two can achieve the best effect.