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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?

When we use the hand held fiber laser welding machine, we must not forget to regularly maintain the equipment, because the parts of the equipment will inevitably wear out during long-term use. Only regular maintenance can keep the equipment in the most stable working state. So what we need to understand is how to maintain the hand held fiber laser welding machine? Many people don't understand it, and you will understand it after reading the following content!

With the rapid development of intelligent manufacturing, the application of robot fiber laser welding machine in industrial production will become more and more extensive. However, in practical applications, welding quality is still affected by many factors. In order to achieve consistency and stability in welding quality, enterprises need to focus on the quality of welding workpieces, the accuracy of positioners and fixtures, and the selection and maintenance of welding wires. This article will explore these key factors in depth.

As an efficient tool for modern industrial processing, fiber laser welding machine has the advantages of high precision, high speed and low thermal impact when welding metal materials. However, in actual operation, many users will encounter the problem of weak welding. We investigated 100 cases of welding failure and found that 90% of the problems were caused by the following four key factors. As long as these four problems are avoided, the welding quality can be greatly improved!

In the process of using portable fiber laser welding machine, many operators May be confused about how to effectively align the welding point. So today we will discuss several commonly used portable fiber laser welding machine point alignment methods.

Handheld fiber laser welding machine, also known as portable handheld laser welding machine, is a new generation of laser welding equipment and belongs to non-contact welding. It directly irradiates the surface of the material with a high-energy laser beam, causing the material to melt under the action of the laser and form a weld after cooling. This technology does not require pressure and is easy to operate. It is suitable for welding thin sheet metal, precision parts and complex electronic components.

When discussing the technical issue of how thick a fiber laser welding machine can weld, we first need to understand the basic principles, technical characteristics and key factors affecting its welding thickness capability of laser welding. Laser welding, as a high-precision and high-efficiency welding technology, is based on the use of a high-energy-density laser beam as a heat source to form a weld by melting the surface of the welded material, thereby achieving material connection. In this process, factors such as the power, focal length, welding speed and physical properties of the welded material jointly determine the quality and thickness limit of the welding.