As an important branch of metal processing, forging technology plays an important role in modern industrial manufacturing. However, with the increasingly serious global energy crisis and the improvement of environmental protection awareness, the traditional forging processing technology is facing challenges in high efficiency and energy saving. In order to meet these challenges, forging processing technology must continue to innovate and explore new processes with high efficiency and energy saving.
First of all, the key to the innovation of efficient forging processing technology is to improve production efficiency and reduce production costs. The traditional forging process often relies on manual operation and experience judgment, the production efficiency is low and it is difficult to ensure product quality. Therefore, the introduction of advanced automation and intelligent technology has become an important direction of forging processing technology innovation. Through the introduction of intelligent equipment such as robots, sensors, and machine vision, the automatic control and accurate monitoring of the forging process can significantly improve production efficiency, reduce production costs, and improve the stability of product quality.
Secondly, the innovation of energy-saving forging processing technology focuses on reducing energy consumption and reducing environmental pollution. Forging process, high temperature heating and mechanical deformation need to consume a lot of energy, but also produce waste gas, waste water and other pollutants. Therefore, the development of energy-saving and environmentally friendly forging new technology has become an important task at present. On the one hand, energy consumption can be reduced by optimizing forging process parameters, reducing heating temperature and shortening heating time; On the other hand, the use of advanced waste gas treatment technology and resource recovery technology can achieve the purification of forging waste gas and the recycling of resources, and reduce environmental pollution.
In addition to innovation in automation and energy saving, forging processing technology also needs to be continuously explored in terms of material selection and process optimization. The appearance of new metal materials provides a new possibility for forging processing technology. By selecting new materials with excellent mechanical properties and high temperature properties, the quality and performance of forged products can be further improved. At the same time, according to the characteristics and needs of different products, the forging process is refined and optimized, which can maximize the utilization rate of materials and reduce the production cost.
In addition, interdisciplinary cooperation and the combination of industry, university and research are also important ways to promote the innovation of forging processing technology. Through deep cooperation with experts in materials science, mechanical engineering, automation and other fields, innovative new forging processes and technologies can be jointly developed. At the same time, strengthen the combination of production, university and research, transform scientific research achievements into actual productive forces, and promote the industrial application of forging processing technology.
To sum up, the innovative way of forging processing technology is to constantly explore new processes with high efficiency and energy saving. Through the introduction of automation, intelligent technology, optimization of process parameters and selection of new materials, as well as strengthening interdisciplinary cooperation and the combination of industry, university and research, we can promote the continuous progress and development of forging processing technology, and provide more efficient and environmentally friendly solutions for modern industrial manufacturing.
