【能工巧匠看宝鸡】扎根西秦铸重器——记宝鸡赛威重型机床制造有限公司董事长、高级工程师姚文中

Core Viewpoint - The article highlights the achievements and innovations of Baoji Saiwei Heavy Machine Tool Manufacturing Co., led by Yao Wenzhong, in the high-end CNC machine tool sector, emphasizing the company's role in advancing China's manufacturing capabilities and addressing key technological challenges in the industry [9][12][18]. Company Achievements - Baoji Saiwei has grown from a small startup to a modern machine tool manufacturer occupying over 70,000 square meters, capable of designing and producing various high-end equipment used in sectors like aerospace and automotive [15][18]. - The company has secured 59 national invention and utility model patents and has received numerous accolades, including being recognized as a national key specialized and innovative "little giant" enterprise [13][14]. Technological Innovations - Yao Wenzhong's leadership has led to significant breakthroughs, such as the five-axis five-linkage CNC fiber winding forming system, which fills a gap in China's high-quality fiber winding equipment for large workpieces and meets international standards [16][17]. - The development of high-speed, high-precision CNC floor boring and milling machines has addressed specific domestic processing needs, enhancing the competitiveness of the machine tool industry [17]. Market Positioning and Strategy - The company is focusing on the carbon fiber and composite materials industry, developing differentiated products like large freedom winding machines and specialized non-standard machine tools for aerospace and composite processing [22]. - The establishment of the "Bao-Han-Tian" industrial mother machine cluster is expected to provide new growth opportunities for the machine tool sector, prompting the company to adjust its development direction accordingly [22]. Future Outlook - The company aims to continue its focus on high-end CNC non-standard specialized machine tools, striving to reach the highest technological levels of similar foreign machines while addressing critical technological bottlenecks [22].