As computer-aided design (CAD) technology has developed and been applied, it has gradually entered various manufacturing industries. With CAD technology, people can quickly design products or components on a computer, greatly improving production efficiency. This article explores the fusion of CAD technology and titanium alloy materials, including its advantages and policy support.
First, titanium alloy is a high-performance material widely used in aviation, marine engineering, and innovative medical fields. Because titanium alloy has the characteristics of high strength, low density, and strong corrosion resistance, it has become an ideal material. CAD technology can greatly improve the processing precision and quality of titanium alloy parts. Designing with CAD technology not only reduces unnecessary processing steps but also provides better guarantees for material utilization. Therefore, the fusion of computer-aided technology and titanium alloy will significantly improve the processing efficiency and quality of titanium alloy materials, while bringing higher economic benefits to the industry.
Second, policies are also actively supporting the fusion of computer-aided design technology and titanium alloy materials. “Several Opinions on Promoting the Development of Intelligent Manufacturing” proposes to deepen the implementation of digital design technologies such as CAD and strengthen scientific and technological innovation of traditional strategic emerging industry materials. At the same time, the state vigorously promotes advanced manufacturing materials and processing technologies, constantly improves the technology and industrial chain of titanium alloy application fields.
Finally, data also proves the benefits of this fusion. According to surveys, designing titanium alloy parts using CAD technology can save about 40% of production cycles. During the production process, titanium alloy parts manufactured using CAD technology have an average error rate that is more than 20% lower than those that do not use CAD technology.
In summary, the fusion of computer-aided design technology and titanium alloy materials will bring significant economic and social benefits to related industries, while policy support and data provide solid backing for this fusion.
