With the development of the times and the innovation of technology, robots and intelligent equipment have become a trend in various industries. As one of the indispensable important materials in modern mechanical manufacturing, stainless steel forgings have undergone tremendous changes with the rapid development of robots and intelligent equipment.
Policy orientation:
The Chinese government has always attached great importance to the development of the robotics and intelligent equipment industry, and has formulated a series of policies to support the development of related industries. For example:
- The State Council’s “Guiding Opinions on Accelerating the Development of Strategic Emerging Industries to Promote Industrial Innovation and Upgrading” (State Council [2010] No. 22) proposes to accelerate the development of high-end equipment manufacturing and promote industrial structure transformation and upgrading.
- The “Made in China 2025” plan proposes to accelerate the development of artificial intelligence applications, promote the digitalization, networking, and intelligent upgrading of traditional manufacturing industries, and achieve high-quality development of the manufacturing industry.
Impact:
With the rapid development of the robotics and intelligent equipment industry, the demand for stainless steel forging materials is also gradually increasing.
First, in the military industry, robots and intelligent equipment can perform some tasks that are too dangerous or repetitive, greatly improving safety and work efficiency. At the same time, the military has higher requirements for high-quality and high-strength stainless steel forging materials to ensure the stability and reliability of robots and intelligent equipment in extreme environments.
Secondly, in the industrial manufacturing field, the application of robots and intelligent equipment is also constantly expanding. For example, on the car production line, robots can undertake fine operations such as welding and polishing, which require high-quality and high-precision stainless steel forgings. In addition, stainless steel forgings are widely used in fields such as machinery processing, aerospace, and medical devices.
Examples:
Taking military engineering as an example, domestically developed engineering robots and intelligent equipment are gradually replacing traditional manual and hydraulic equipment, such as important tasks such as missile transportation and launcher maintenance. In these tasks, stainless steel forgings play an important role. For example, ground transportation robots need to be able to withstand the deformation of stainless steel forgings under huge pressure, while anti-tank weapons and missiles require stainless steel forgings with high temperature and pressure resistance.
Conclusion:
With the popularization and application of robots and intelligent equipment, the stainless steel forging manufacturing industry also faces new opportunities and challenges. In the future, we need to seize opportunities, strengthen technological innovation, and continuously improve the quality and reliability of stainless steel forgings to provide better material guarantees for robots and intelligent equipment.
