現代信息化發展下，光纖激光切割機能跟電子計算機開展聯網，根據CAD系統軟件工程圖紙作出處理，再將工程圖紙發送至光纖激光切割機二次加工。根據預置主要參數自動完成調節，為此進行準確的光纖激光切割。

　　With the development of modern information, the optical fiber laser cutting machine can be connected with the computer, processed according to the CAD system software engineering drawings, and then sent to the optical fiber laser cutting machine for secondary processing. According to the preset main parameters, the adjustment is completed automatically, so the accurate optical fiber laser cutting is carried out.

　　光纖激光切割環節中能夠把原材料快速加熱至熔點之上，為此進行快速切割。

　　The raw materials can be quickly heated to the melting point in the optical fiber laser cutting link, so the rapid cutting can be carried out.

　　光纖激光切割機利用高功率激光束對復合材質二次加工、開洞、手雕等情況，具備切割速度快、光纖激光切割品質高、光纖激光切割度高等優點。相較于傳統式機械加工制造方法，光纖激光切割機就能完成對繁雜造型設計的原材料進行、準確的生產加工，并且不會產生大量的廢棄物環境污染。

　　Optical fiber laser cutting machine uses high power laser beam to secondary machining, opening holes, hand carving and so on, which has the advantages of fast cutting speed, high quality of optical fiber laser cutting, high degree of optical fiber laser cutting and so on. Compared with the traditional machining manufacturing method, the optical fiber laser cutting machine can complete the raw materials of complicated modeling design, accurate production and processing, and will not produce a large number of waste environmental pollution.

　　光纖激光切割設備在新型行業中也有一定的實際意義。在航空工業，光纖激光切割機能夠用于制作超耐磨輕便零部件;在建設行業，光纖激光切割機能夠用于制作高品質建筑裝飾材料等。

　　Optical fiber laser cutting equipment also has certain practical significance in the new industry. In aviation I industry, optical fiber laser cutting machine can be used to make ultra-wear-resistant and portable parts; in the construction industry, optical fiber laser cutting machine can be used to make high-quality building decoration materials and so on.

　　總的來說，光纖激光切割機隨著現代化創新的發展，技術在逐步升級，未來可期。