With the continuous development of industrial technology, high-strength and high-precision metal tool forgings are more and more widely used in many fields, such as aerospace, automotive, petrochemical and so on. This paper will discuss the development trend of manufacturing technology and equipment of high-strength and high-precision metal tool forgings, aiming at improving the quality and performance of forgings and promoting the sustainable development of related industries.
- Background introduction
High strength and high precision metal tool forgings have a wide range of application prospects in the industrial field, but with the continuous development of technology, its manufacturing technology and equipment are facing many challenges. In the traditional manufacturing process, forging often has problems such as low precision and insufficient strength, which seriously affect the industrial production efficiency and product quality. Therefore, improving the manufacturing technology and equipment level of high-strength and high-precision metal tools forgings has become an urgent problem to be solved.
- Technical routes and methods
This paper mainly studies from the following aspects:
Data collection: Through consulting relevant literature, collecting field data, etc., to understand the development status and existing problems of high-strength and high-precision metal tool forging manufacturing technology and equipment.
Process route: According to the characteristics of high-strength and high-precision metal tool forgings, develop a reasonable process route, including raw material selection, mold design, forging process and other links.
Equipment selection: According to the process route, choose the appropriate manufacturing equipment, such as forging equipment, processing center, testing equipment, etc.
Experimental verification: Evaluate the feasibility of the designed process route and the applicability of the selected equipment through experimental verification.
Iii. Research results and analysis
Through experimental research, this paper draws the following conclusions:
High strength and high precision metal tool forgings have high application value in the industrial field, and the market demand is growing.
At present, the process technology and equipment of manufacturing high-strength and high-precision metal tool forgings still need to be improved, and there are some problems, such as insufficient precision and low strength.
By optimizing the process route and selecting advanced manufacturing equipment, the quality and performance of forgings can be effectively improved.
Iv. Conclusion and Prospect
The manufacturing technology and equipment development trend of high strength and high precision metal tool forgings are studied in this paper. The key factors to improve the quality and performance of forgings are summarized through experimental verification, and the corresponding suggestions are put forward. However, there are still many shortcomings, such as insufficient control over details in the manufacturing process. In the future, further research will be conducted to improve manufacturing technology and equipment and improve the quality and performance of forgings.
