Recently, the project of a 10,000-ton servo direct drive electric screw press was officially launched. The project is jointly undertaken by Xinweiqi, Huazhong University of Science and Technology and several key enterprises of the Aviation Industry Group, establishing a collaborative research and development chain of "basic research - equipment development - industrial application".

The project will build the world's first 10,000-ton servo direct drive electric screw press, and simultaneously carry out multiple researches on high-end material forming processes, mold life improvement and digital control, providing more reliable and efficient solutions for the integrated forming and large-scale production of large and complex forgings.

As the "tool for making equipment" and the "foundation for self-strengthening", the development of industrial mother machines has always been highly valued by the state. Their technological level directly determines the independent and controllable capacity of China's high-end equipment manufacturing.

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The development of the world's first 10,000-ton servo direct drive electric screw press not only marks a major breakthrough in China's forging and pressing equipment technology, but also indicates that China's industrial mother machine industry has advanced from catching up to keeping pace and then to leading. Xinweiqi will closely collaborate with all cooperative units, continuously overcome technical bottlenecks, and jointly forge major national equipment.