Fiber laser welding processing that enables high quality, high strength, and high precision.

Unlike conventional arc welding, it uses a solid laser with optical fiber as the amplification medium, making it suitable for welding thin plates and various dissimilar metals.

Handheld Fiber Laser Welding Machine Amada Model "FLW1500MT" in Use Fiber laser welding is a type of laser welding that uses light as a heat source, and it is a technology that enables particularly high-precision and high-density welding. There are various types of laser welding, including gas lasers, solid lasers, and liquid lasers, but fiber lasers are a type of solid laser that uses optical fiber as the amplification medium. Fiber laser welding has less thermal impact on materials compared to conventional TIG welding, significantly reducing burn and distortion, which allows for a beautiful finish. Additionally, it has a small diameter beam spot and high energy density, resulting in deeper penetration compared to TIG welding due to localized heating. The deeper penetration leads to a narrower weld bead, enabling high-strength welding, and it can accommodate a wide range of processing areas, including welding thick plates (t4.0) and thin plates of materials other than iron, such as stainless steel (SUS) and aluminum, with low distortion. *Due to the high intensity of the laser light in fiber laser welding, work must be conducted in a dedicated BOX chamber. For products that are too large to fit inside the chamber or have narrow structures that the handheld gun cannot reach, we will respond with conventional welding methods (TIG/CO2). Thank you for your understanding.

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