现代信息化发展下，光纤激光切割机能跟电子计算机开展联网，根据CAD系统软件工程图纸作出处理，再将工程图纸发送至光纤激光切割机二次加工。根据预置主要参数自动完成调节，为此进行准确的光纤激光切割。

　　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.

　　光纤激光切割环节中能够把原材料快速加热至熔点之上，为此进行快速切割。

　　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.

　　光纤激光切割机利用高功率激光束对复合材质二次加工、开洞、手雕等情况，具备切割速度快、光纤激光切割品质高、光纤激光切割度高等优点。相较于传统式机械加工制造方法，光纤激光切割机就能完成对繁杂造型设计的原材料进行、准确的生产加工，并且不会产生大量的废弃物环境污染。

　　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.

　　光纤激光切割设备在新型行业中也有一定的实际意义。在航空工业，光纤激光切割机能够用于制作超耐磨轻便零部件;在建设行业，光纤激光切割机能够用于制作高品质建筑装饰材料等。

　　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.

　　总的来说，光纤激光切割机随着现代化创新的发展，技术在逐步升级，未来可期。