The textile machinery industry is quietly fighting a talent war. When Anhui Rifa Textile Machinery officially inaugurated a 'teaching and research practice base' with Anhui University of Technology's School of Mechanical Engineering in early July, it was more than a routine university-industry handshake. It signaled a strategic move to plug a critical gap in the domestic textile machinery supply chain: skilled technical talent.
Background
On the morning of July 2, a delegation of faculty and students from the university visited Anhui Rifa's plant. Zhou Taogen, manager of the spinning technology department, led a detailed product briefing covering the company's main machinery lines. The students then toured the production floor, observing the entire manufacturing process from component machining to final assembly. This 'lecture first, then workshop' approach aims to bridge abstract theory with tangible hardware.
During the plaque-awarding ceremony, both sides committed to a principle of 'complementary advantages, resource sharing, mutual benefit, and common development.' The collaboration spans talent training, internships, and joint R&D projects. Notably, Yu Hongxia, HR manager at Anhui Rifa, was deeply involved, indicating the company views this as a strategic HR initiative.
Industry Impact
Anhui Rifa's move comes as the textile machinery sector faces an acute talent shortage. Over the past three years, the industry has struggled with an aging skilled workforce and a reluctance among young graduates to work on factory floors. Many companies report that new hires in mechanical design, electrical automation, and smart manufacturing require six to twelve months of retraining before they can work independently.
By establishing a practice base, students gain exposure to real production lines while still in school. For Anhui Rifa, this effectively pre-recruits a pool of potential technicians. The university produces hundreds of graduates annually in mechanical engineering and related fields—skills directly applicable to textile machinery design and process optimization.
This model is spreading. Since 2024, several top textile machinery makers, including Jingwei Textile Machinery and Taitan, have announced similar partnerships with local universities. The common rationale: the bottleneck for domestic machinery to break into high-end markets is not capital, but engineers who can turn advanced designs into reliable products.