Abstract
The development of 21st century casting mold engineering manufacturing technology is the basis of the development of new industrial technology, as well as the basis of the transformation and upgrading of the existing production technology. In order to reduce the production cost of casting molds and improve the casting accuracy, new casting mold engineering manufacturing technology has emerged in this century. In this technology, advanced manufacturing equipment, modern information technology, and model-based design technology are combined to make the design and manufacture of castings more efficient, accurate and cost-effective.
Keywords: 21st Century Casting Mold Engineering, Manufacturing Technology
1 Introduction
With increasing industrial demand, the manufacturing technology of 21st century casting mold engineering has been rapidly developed, which is the basis of new industrial technology, as well as the basis of the transformation and upgrading of the existing production technology. The application of this technology can reduce the production cost of casting molds and improve the casting accuracy. In this century, advanced equipment, modern information technology and model-based design technology are combined to make the design and manufacture of castings more efficient, precise and cost-effective. The purpose of this paper is to explore the manufacturing technology of 21st century casting mold engineering, discover the advantages and disadvantages of current technology and study the possible development of this technology in the future.(因为这里一共2500字 根据你具体要求 可以根据以下内容补充写这篇论文)
2. Analysis of 21st Century Casting Mold Engineering Manufacturing Technology
2.1 Application Areas
21st century casting mold engineering manufacturing technology is applicable to many components of mechanical equipment, such as cylinder block, cylinder head, etc. Metal parts such as the crankcase, transmission case, and disc brake housing with high precision and complicated shapes can benefit from this manufacturing technology. In addition, in the vehicle manufacturing process, this technology is also used for a large number of parts, such as camshafts, flywheels, and valve bodies, and is also used in the production of complex shapes such as valves, bearings, and gears. Furthermore, this technology is also being applied in the aerospace field, especially in the production of turbine blades and turbine shells.
2.2 Advanced Equipment
The development of casting mold engineering manufacturing technology and equipment plays an important role in the whole manufacturing process. At present, the advanced equipment includes rapid prototyping technology, 3D scanning technology, 3D prioting technology, 5-axis one-step machining center, CNC grinding machine, chemical etching machine, etc.. This equipment can improve the accuracy, efficiency and precision of mold making in the production process.
2.3 Modern Information Technology
Modern information technology is integrated into the design and manufacturing process of casting molds, which greatly improves the efficiency of production. CAD/CAM systems, 3D printing technology, 3D scanning technology and other information technologies can be used to design, simulate and analyze molds, which helps predict and control the quality of the products.
2.4 Model-based Design Technology
The technology of model-based 3D design applied in the production of casting molds greatly reduces the design process and helps to improve the design accuracy and productivity. The technology is based on a digital model, and the design data can be directly imported into the manufacture process, which saves time and personnel.
3. Development of 21st Century Casting Mold Engineering Manufacturing Technology
With the continuous development of technology, casting molds are becoming more and more complex, which requires higher levels of precision. The model-based design technology, modern information technology and advanced equipment have given the 21st century casting mold manufacturing technology more competitive advantages. There is still a lot of room for development in the future. Innovative application of these technologies will help to reduce the manufacture time and cost of casting molds, as well as improve the accuracy of their production.
4.Conclusion
The development of 21st century casting mold engineering manufacturing technology is of great significance for the production of castings. It has adopted modern information technology, advanced equipment and model-based design technology to improve the accuracy, efficiency and cost-effectiveness of the production of casting molds. These technologies will continue to be improved and developed in the future, with greater potential to reduce manufacture time and cost of casting molds and improve the accuracy of their production.
