精確數控加工技術是指通過對工件進行精確切削加工， this technology is achieved by accurate machining of workpieces 使其加工精度達到一定要求，從而達到提高產品質量的目的。目前，該技術已經廣泛應用于工業生產， and improving product quality. At present, the technology has been widely used in industrial production, 并取得了較好的經濟效益和社會效益。但是，由于我國相關行業的發展水平不高， and achieved good economic and social benefits. However, due to the relatively low level of development of relevant industries in China, 相關設備水平落后，相關技術研究也相對落后，因此， the equipment level is backward and the relevant technology research is also relatively backward. Therefore, 加工精度差、生產效率低下等問題一直困擾著我們。但是，隨著我們對相關技術的不斷研究， problems such as poor machining accuracy and low production efficiency have been haunting us. However, with our continuous research on relevant technologies, 我們已經逐漸克服了這些問題，并取得了一定的進展。 we have gradually overcome these problems and made certain progress.

精確數控加工技術的研究始于上世紀80年代。 Research on precise numerical control technology began in the 1980s. 隨著計算機技術的進步，該技術得到了迅猛發展，并逐漸得到了廣泛應用。 With the advancement of computer technology, the technology developed rapidly and gradually became widely used. 目前，精確數控加工技術已被廣泛應用于工業生產，并取得了較好的經濟效益和社會效益。 At present, precise numerical control technology has been widely used in industrial production and achieved good economic and social benefits.

精確數控加工技術可以有效提高工件的加工精度， Accurate numerical control technology can effectively improve the machining accuracy of workpieces 并且可以有效減少加工過程中的誤差，有效提高生產效率。 and can effectively reduce errors during machining and effectively improve production efficiency. 因此，精確數控加工技術可以有效保證產品質量。 Therefore, precise numerical control technology can effectively guarantee product quality.

精確數控加工技術目前已經被廣泛應用于工業生產，并取得了較好的經濟效益和社會效益， Accurate numerical control technology has been widely used in industrial production and achieved good economic and social benefits at present, 但由于我國相關行業的發展水平不高，相關設備水平落后，相關技術研究也相對落后，因此， but due to the relatively low level of development of relevant industries in China, the equipment level is backward and the relevant technology research is also relatively backward. Therefore, 加工精度差、生產效率低下等問題一直困擾著我們。但是，隨著我們對相關技術的不斷研究， problems such as poor machining accuracy and low production efficiency have been haunting us. However, with our continuous research on relevant technologies, 我們已經逐漸克服了這些問題，并取得了一定的進展。 we have gradually overcome these problems and made certain progress.