“织”就千亿级大产业 创新突破数字化“黑马”企业稳稳拿下全球订单

Core Viewpoint - The transformation of traditional industries, particularly in Anping's wire mesh sector, highlights the importance of upgrading equipment and fostering innovation to enhance competitiveness and capture high-end markets [1][19]. Group 1: Industry Overview - Traditional industries are crucial for the national economy, accounting for about 80% of the manufacturing value added [1]. - Anping, known for its wire mesh production, contributes over 80% of the country's wire mesh products, representing a billion-level industry [1][17]. Group 2: Challenges Faced - Anping's wire mesh enterprises faced significant challenges due to outdated machinery, leading to inefficiencies and reliance on imported high-end equipment [3][4]. - The industry was characterized by a "scattered, small, and weak" structure, resulting in a price war that hindered growth [4][6]. Group 3: Solutions Implemented - Anping adopted a self-reliant approach to upgrade machinery, resulting in over 10,000 equipment updates in just a few years [6][8]. - The introduction of smart manufacturing led to a 35% increase in efficiency and a 25% reduction in costs for companies [8]. Group 4: Collaborative Innovation - To address the high-end material supply issue, Anping initiated a "crowdsourced research" model, involving various stakeholders to tackle technical challenges collaboratively [12][14]. - This approach resulted in the successful production of high-precision stainless steel micro-wires, which were previously imported [14][17]. Group 5: Market Impact - The shift towards high-end products has increased their share from less than 10% to 30% in Anping's product structure [17]. - By 2025, Anping's wire mesh enterprises are expected to see over 20% growth in export performance, covering more than 190 countries and regions [17][19]. Group 6: Future Directions - Anping aims to enhance its industrial competitiveness through shared manufacturing, digital transformation, and quality improvement [19][20]. - The transformation serves as a model for understanding and developing new productive forces rooted in existing industrial foundations [20].