How does steel welding benefit from special processes?

Welding equipment faces raised expectations due to more demanding base materials. In the welding of stronger steel grades, Kemppi has optimized arc control as a practical solution. WiseSteel is a MAG welding process developed by Kemppi for welding structural steel. The process can reduce the risk of welding defects at high welding speeds. It also enables the use of the low heat input required for stronger steel grades.

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A skilled and experienced welder can handle different kinds of material, welding applications and positions – even in demanding conditions. However, it is not only the skills that count – without appropriate high-quality welding equipment, excellent welds are only a dream. The performance of a welding machine also has a direct impact on the time spent on welding tasks. Significant cost-savings are only possible when work is done in minimal time with maximum results.

Manuell svetsning

In MIG/MAG welding, the mode of material transfer between the filler wire and the weld pool changes in line with the welding current.

Svetsning ABC

Lifecycle assessment (LCA) is a systematic method for evaluating a product’s environmental impact throughout its lifespan—from raw material extraction and manufacturing to usage and end-of-life disposal.

Manuell svetsning

One of the most important elements in developing welding equipment has long been improving welding processes and creating new process variations. Modern measurement and arc control methods have made a wide range of variations in the arc welding process possible. These advanced welding processes significantly improve welding production efficiency and weld quality. This article presents the special processes and operations developed by Kemppi for MIG/MAG welding.

Svetsning ABC, Manuell svetsning

Welding traceability is becoming an increasingly essential requirement in industries where safety, quality, and compliance are paramount.

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