Special Feature: The Close Bond between 

Mold Manufacturing and National Defense Forces

Mold manufacturing: the cornerstone behind military products

Mold manufacturing is the fundamental process equipment for industrial production, especially in the military industry. From the components of firearms and ammunition to the key parts of large-scale weapons and equipment such as aircraft, ships, and missiles, high-precision molds are indispensable. Taking aeroengine blades as an example, their complex surfaces and strict dimensional accuracy requirements can only be achieved through advanced mold manufacturing technology. The blades produced by precision molds can not only withstand high temperatures and pressures but also ensure the efficient operation of the engine, enhancing the performance and combat effectiveness of fighter jets. In shipbuilding, molds are used to produce various complex hull structural components and equipment parts, ensuring the durability and normal functioning of the ship. It can be said that the precision and quality of mold manufacturing directly determine the performance and reliability of military products, serving as a solid backbone for national defense forces.

Advanced equipment: guarantee of mold manufacturing and military quality

Advanced equipment is the key to producing high-precision molds and a necessary condition for meeting the stringent requirements of military products. Three-axis, four-axis, and five-axis CNC machining centers are capable of precision machining of complex shapes. In military mold manufacturing, they can perform high-precision milling, drilling, boring, and other operations on various metal materials, producing molds for key components such as missile seeker housings and precision internal parts of firearms. 3D printing equipment brings innovative production methods to military mold manufacturing. It can quickly manufacture complex structural molds that are difficult to achieve with traditional processing methods, greatly shortening the research and development cycle of new products. In wartime, 3D printing technology can also quickly produce urgently needed molds and components according to battlefield requirements, providing strong support for equipment maintenance and supply. The application of these advanced equipment not only improves the efficiency and precision of mold manufacturing but also ensures the high quality of military products, injecting strong momentum into the national defense cause.

 Quality control: adhering to military standards in mold manufacturing

Military products are crucial to national security and demand the utmost quality. Mold manufacturing must adhere to a rigorous quality control system. From the selection of raw materials, layers of screening are necessary to ensure that the material properties meet military standards. During production, high-precision testing equipment such as Zeiss measuring instruments are utilized to conduct real-time monitoring and strict control over mold dimensional accuracy and surface roughness. Each process follows strict operational specifications and quality inspection standards, leaving no room for even the slightest flaw. Japanese technical oversight further elevates the level of quality control, bringing advanced concepts and extensive experience to ensure the rigor and scientific nature of the quality inspection process. Only molds produced through strict quality control can manufacture products that meet military standards, providing reliable equipment support for the military.

On the Army Day, we pay tribute to the valiant People's Liberation Army and also to the mold manufacturing industry that silently dedicates to the national defense cause. It is the solid support of mold manufacturing, the efficient operation of advanced equipment, and the strict quality control that have laid a solid foundation for our national defense forces, enabling us to live and work in peace.