What are the applications of precision forgings in the electronic component field? Please provide examples from national policies and actual production and write an article.
With the continuous development of electronic technology, precision forgings, as a very important process means, are widely used in the field of electronic components. On the one hand, the state has issued relevant policies to encourage and support the application of precision forging in the field of electronic components; on the other hand, there have been a large number of actual production cases that prove the prospect of the application of precision forging in electronic components.
First, let’s look at national policies. In 2018, 13 departments including the Ministry of Industry and Information Technology jointly issued the “Implementation Opinions on Promoting Intelligent Manufacturing and new-type Industrialization”, which clearly stated that “we should strengthen the research and application of precision forging parts technology, develop high-end forging equipment, and enhance independent innovation capabilities.”
In actual production, many companies have already applied precision forging to the field of electronic components and have achieved good results. For example, the rotor part of the vibration motor of a certain electronic product company’s mobile phone adopts precision forging technology, which has increased production efficiency by more than 30%, and the performance and quality of the product have also been greatly improved. In addition, the connector of a certain electronic component company also uses precision forging technology, which reduces production costs by about 20%.
Overall, the application prospects of precision forgings in the field of electronic components are very broad. The support of national policies and the validation of actual cases both indicate that the application of precision forging technology in electronic component manufacturing can bring important benefits and advantages.
