EnglishRecently, in a high-end automotive mold manufacturing workshop in China, a dual-spindle CNC machining center was operating efficiently, performing precision milling on large automotive body panel molds. The application of this advanced technology marks a new milestone in the production efficiency and precision control of my country's automotive mold manufacturing industry.
As seen in the footage, the two spindle systems of this dual-spindle machining center operate synchronously, performing high-precision cutting on the large mold steel billet. The intelligent cooling and chip removal system equipped on the equipment effectively ensures the stability of the machining process. According to the company's technical director, the dual-spindle synchronous machining technology can shorten the production cycle of large automotive molds by more than 30%, while controlling the accuracy of key dimensions within ±0.02 mm, significantly improving the mold's service life and matching degree.
As the "mother machine" of automobile manufacturing, the quality of automotive molds directly determines the precision and appearance of body panels. In recent years, with the rapid development of new energy vehicles, automakers have placed higher demands on the lightweight, high-strength, and high-precision requirements of molds. This company has established a comprehensive quality control system covering mold design, processing, and inspection by introducing advanced equipment such as dual-spindle machining centers and five-axis CNC systems, combined with digital simulation and intelligent manufacturing technologies.
"Our molds not only serve major domestic automakers but are also exported to Europe and Southeast Asia," said the company's representative. "Through continuous technological innovation and process upgrades, we are gradually breaking the monopoly of foreign high-end automotive molds, providing core support for the high-quality development of China's automotive industry." Industry experts point out that the widespread adoption of dual-spindle synchronous machining technology will further promote the transformation of my country's automotive mold industry towards higher efficiency, intelligence, and green manufacturing, helping Chinese automobile manufacturing to gain a more advantageous competitive position in the global market.
