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Under the development trend of the new energy vehicle industry pursuing safer, lighter, and more efficient, the welding quality of core components directly determines the performance and safety of the vehicle. From the sealing of the battery tray to the strength of the lightweight structure of the body, the traditional welding process is gradually difficult to meet the stringent requirements-large welding deformation, insufficient weld strength, low operating efficiency and other issues have become a bottleneck for manufacturers to improve production capacity and quality. With the advantages of precision, high efficiency and stability, fiber laser welding machine is becoming a key equipment for the manufacture of core components of new energy vehicles, providing a new path for the industry to break through processing problems.

In the iterative process of industrial welding technology, laser welding has become the mainstream choice in the field of metal processing with the core advantages of high precision and high efficiency. Among them, the 2000W power level laser automatic welding machine achieves a balance between efficiency and scope of application, and is widely used in many types of metal material processing scenarios, and the “welding depth”, as the key indicator affecting the welding quality and applicable scenarios, has always been the focus of attention of the industry and enterprises.

Definition of welding: Welding is actually a process that combines two or more pieces of metal “intimately” in a specific way. It can make the separated metal parts into a strong and firm whole, as if they have never been separated.

In the welding field of modern manufacturing, technological innovation continues to promote the upgrading of production efficiency and quality. As an emerging welding equipment, portable fiber laser welding Machine is gradually relying on its unique technical characteristics to show significant advantages in the competition with traditional welding equipment. From welding accuracy to material adaptability, from thermal impact control to production efficiency, portable fiber laser Welding Machine has achieved breakthroughs in traditional equipment in multiple dimensions, providing a better solution to the welding needs of different industries.

Robot fiber laser welding machine has a wide range of applications and can be used in the production and manufacturing of automobiles, aerospace, pipes, electronics and other fields. It is an automation equipment with high efficiency and stable performance. It plays a huge role in the production of auto parts.

In the field of industrial manufacturing, the innovation of welding technology has always been a key force to promote the improvement of production efficiency and product quality. At present, robot fiber laser welding machine, with its super performance, has quickly jumped into a powerful force in industrial welding, which is inseparable from the strong support of the three core technologies.

There are three main differences between it and pulsed fiber laser welding machine. We all know that there are continuous lasers and pulsed lasers. In fact, from the working principle, they are all pulsed types, but the output laser pulse frequency of continuous lasers is higher, and the human eye cannot recognize it.

Note: The maintenance of the portable fiber laser welding machine must be carried out by specially trained personnel, otherwise it is easy to cause serious man-made damage. 1. In order to ensure that the laser of the portable fiber laser welding machine is always in normal working condition, after two weeks of continuous work or when it is stopped for a period of time, the components in the optical path such as the YAG rod, dielectric diaphragm and lens protection glass should be checked before starting the machine to ensure that the optical components are free of dust pollution, mildew and other abnormal phenomena. If there are any abnormal phenomena, they should be handled in time to ensure that the optical components will not be damaged under strong laser irradiation. (If the use environment of the portable fiber laser welding machine is relatively clean, the above inspection can be extended to one month or even longer).

In the past 3 months, we have received many customers' questions about the comparison between laser welding and traditional welding. Perhaps you have the same question. Is laser welding really a "more advanced" choice? Today we use 3 customer on-site cases to make a real comparison. Is it suitable for your production line?

The problem of stainless steel turning black, yellowing, and bluing after welding has always troubled many sheet metal welding industries. From kitchenware to medical equipment to elevator door panels, customers have higher and higher requirements for the consistency of weld color. Many customers often ask us: "Why does fiber laser welding also turn black? Can it really be solved?"