Lifecycle assessment in welding: A data-driven path to sustainability

The energy crisis is real, and it is here now. It affects the energy-intensive welding industry because welding refers to the uniting or fusing of pieces by using heat and/or compression so that the pieces form a continuum, thus consuming plenty of energy. How can we cut energy consumption in the welding industry? Unless we're prepared to weld by candlelight, we cannot simply refuse to weld until the energy crisis is over. But there is a solution, small changes to daily work can result in significant energy savings in the long run.

Manuell svetsning

Small improvements in welding efficiency can positively influence overall productivity and establish valuable cost savings. By investing in robust, reliable, and versatile equipment, you can improve and better manage welding project costs.

Manuell svetsning

The groove angle has a direct impact on the efficiency and productivity of welding heavy metal structures. Kemppi's new solution, Reduced Gap Technology (RGT) changes the understanding of narrow gap welding. The new technology challenges conventional joint design principles.

Innovation

In TIG welding, process development has mainly focused on modifying the current modes in different situations. In practice, this means variations of pulse and AC welding, as well as ignition or tack welding. In the case of pulse welding, the welding machine user has numerous choices, as the adjustment possibilities for these process variations are highly versatile.

Svetsning ABC, Manuell svetsning

When welding ferritic steels, especially high-strength grades, magnetic blow can become a real challenge. This phenomenon occurs when magnetic fields interfere with the welding arc, causing instability, spatter, and sometimes making welding almost impossible.

Manuell svetsning

En närmare titt på den mest handgripliga delen av varje svets.

Manuell svetsning