Recently, Zhejiang Nuoken Machinery Technology Co., Ltd. signed a strategic cooperation agreement with Hannover Precision Machinery, a well-known German machinery manufacturer. The two parties will conduct in-depth cooperation in the research and development of high-end CNC machine tools and the sharing of precision parts processing technology. This cooperation marks a crucial step for Nuoken Machinery in its international layout.
According to the agreement, the two parties will jointly establish a research and development center, integrate technological resources from China and Germany, and focus on tackling key problems in processing equipment for core components of new energy vehicle engines. Germany's Hannover will provide its century-old precision manufacturing technology, while Nuoken Machinery will export its experience in building intelligent production lines to jointly develop high-end processing equipment adapted to the global market. The first batch of cooperation projects is expected to invest 50 million yuan in research and development funds, with plans to achieve 3 core technological breakthroughs within three years.
The chairman of Nuoken Machinery stated at the signing ceremony: "The rigorous spirit and innovative capabilities of German manufacturing have always been a benchmark for us to learn from. This cooperation will not only enhance the technical barriers of the company's products but also promote the rise of Chinese machinery manufacturing enterprises in the global industrial chain." The CEO of Germany's Hannover also said that the choice to cooperate with Nuoken Machinery is precisely due to its rapid growth capability in the field of intelligent equipment and its complete industrial chain layout.
It is understood that the two parties have formulated a timetable for the first jointly produced five-axis linkage machining center. This equipment will integrate German precision spindle technology with China's intelligent control system, and mass production is expected to be realized in the first quarter of 2026, with an annual production capacity plan of 200 sets, which can meet the precision processing needs of high-end manufacturing fields such as new energy vehicles and aerospace.
