In these demo videos, we show the differences between the various welding processes, how to cut, weld, and clean with the MS20, its operation, practical tips, and its most outstanding features.
Laser Welding Videos
Video: Eye Protection in Laser Welding Part 1
This video explains certified eye protection required to operate the MS20 laser welder safely.
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Video: Laser Welding Eye Protection Part 2
This video shows how to verify if your shield blocks infrared radiation from the laser head.
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Video: Professional welders test the MS20
RuralMetal, A Ferrum, and Forja Rafael tested the MS20 Laser Welder for the first time.
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Vídeo: How the MS20 laser welder handles a 3 mm gap
In this video, we show how the MS20 laser welder performs when there is a gap between sheets. We conduct a test with a 3 mm gap to demonstrate how the laser beam creates a melt pool and distributes the molten material evenly, allowing the joint to close reliably. Compared to TIG welding, where manual intervention is required, laser welding makes the process faster, more consistent, and easier to control.
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Vídeo: Can corten steel be laser welded?
In this video, we show whether corten steel can be welded using a laser welding system. We perform a test with two 3 mm plates in a T-joint using the MS20. The results highlight how concentrated energy input minimizes distortion, eliminates spatter, and ensures excellent mechanical strength while maintaining material stability.
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Video: We compare MIG, TIG, and laser welding
We compare these three welding systems and evaluate their performance.
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Video: MS20 Laser Welder – 3 in 1
We present a new way of understanding welding. Three processes in a single system: Weld, Cut, and Clean.
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Video: Learn to weld in under one hour with the MS20 Laser Welder
Watch the video and see how a beginner achieves a flawless weld bead with the MS20 after minimal training.
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Video: How to weld galvanized steel with laser welding
In this video, we show how to properly weld galvanized steel using the MS20 laser welder. The main challenge is zinc, which evaporates at 907 °C, causing micro-explosions, spatter, and irregular weld seams. Compared to MIG or TIG, laser welding offers lower heat input, higher speed, and minimal distortion. We share the right parameters and key tips to achieve clean, stable, and controlled welds.
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