随着激光技术的发展，激光焊接机在各行业得到了快速的发展，激光焊接机是激光材料加工技术应用的重要方面之一，根据其工作方式可分为激光模具及焊接机、自动激光焊接机、激光点焊机、光纤激光焊接机等，那么激光焊接机可以应用到哪些领域?

With the development of laser technology, laser welding machines have achieved rapid development in various industries. Laser welding machines are one of the important aspects of the application of laser material processing technology. According to their working methods, they can be divided into laser molds and welding machines, automatic laser welding machines, laser spot welding machines, fiber laser welding machines, etc. So what fields can laser welding machines be applied to?

一、五金、工具、仪表行业

1、 Hardware, tools, and instrument industries

仪表、传感器、厨房用品、餐具的组焊对接焊，开模具模具制作和使用过程中的修复与改模。不锈钢餐具的无缝焊接、仪表表芯连接处焊接。

Assembly welding and butt welding of instruments, sensors, kitchen supplies, and tableware, as well as repairing and modifying molds during the production and use of molds. Seamless welding of stainless steel tableware and welding of instrument core connections.

二、卫浴厨具行业

2、 Bathroom and kitchenware industry

激光焊接机有较好的外观，所以在高档卫浴不锈钢产品激光打标、激光焊接有广泛的应用。如：把手、水龙头、不锈餐具、刀具等大多用激光打标的方式制作企业LOGO的，高档电热壶等密封也采用激光焊接来完成。厨房用品、餐具的组焊对接焊，开模具模具制作和使用过程中的修复与改模。

Laser welding machines have a good appearance, so they are widely used in laser marking and welding of high-end bathroom stainless steel products. For example, handles, faucets, stainless tableware, cutting tools, etc. are mostly made with laser marking to create corporate logos, and high-end electric kettles and other seals are also completed using laser welding. Assembly welding and butt welding of kitchen supplies and tableware, repair and modification of molds during the production and use of molds.

三、能源照明建材行业

3、 Energy, lighting, and building materials industry

 激光加工广泛用激光太阳能电池制造：如太阳能硅片激光划划切割、太阳能热水器导热板焊接。激光加工作为一种环保、高效的加工在未来将得到更广泛的应用。

Laser processing is widely used in the manufacturing of laser solar cells, such as laser cutting of solar silicon wafers and welding of thermal conductivity plates in solar water heaters. Laser processing, as an environmentally friendly and efficient processing method, will be widely used in the future。

四、汽车行业

4、 Automotive industry

而今激光焊接生产线已大规模出现在汽车制造业，成为汽车制造业突出的成就之一。德国奥迪、奔驰、大众、瑞典的沃尔沃等欧洲的汽车制造厂早在20世纪80年代就率先采用激光焊接车顶、车身、侧框等钣金焊接，90年代美国通用、福特和克莱斯勒公司竟相将激光焊接引入汽车制造，尽管起步较晚，但发展很快。

Nowadays, laser welding production lines have emerged on a large scale in the automotive manufacturing industry, becoming one of the outstanding achievements of the automotive manufacturing industry. European automobile manufacturers such as Audi, Mercedes Benz, Volkswagen, and Volvo in Sweden took the lead in using laser welding for sheet metal welding of roofs, bodies, and side frames as early as the 1980s. In the 1990s, General Motors, Ford, and Chrysler in the United States introduced laser welding to automobile manufacturing, although it started relatively late, but developed rapidly.

五、电子、电器行业

5、 Electronics and electrical industry

由于激光加工属于非接触性加工方式，所以不产生机械挤压或机械应力，因此特别符合电子行业的加工要求。如：变压器、电感器、连接器、端子、光纤连接器、传感器、变压器、开关、手机电池、微电子元件、集成电路引线等焊接。

Due to its non-contact nature, laser processing does not generate mechanical extrusion or stress, making it particularly suitable for the processing requirements of the electronics industry. For example, welding of transformers, inductors, connectors, terminals, fiber optic connectors, sensors, transformers, switches, mobile phone batteries, microelectronic components, integrated circuit leads, etc.