The Nordic Welding Expo 2026 highlighted where welding is heading. While automation and laser welding are accelerating, the real advantage lies in workflows that deliver repeatable results under real constraints and digital traceability is becoming part of everyday production

Nordic welding expo, Automation, Robotics, Laser welding, Welding trends

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.

TIG welding, MMA welding, Pulse welding

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.

TIG Welding, Aluminum Welding, High-strength steel

Zoom sur la partie la plus « manuelle » de chaque soudure.

Soudage MIG/MAG, Flexlite GXe, Torche MIG

Cet article revient sur l'évolution du paysage du soudage cobot avec deux spécialistes de l'industrie : Alessio Cocchi, Directeur mondial marketing et vente cobot chez ABB, et Jakub Bancer, Responsable de comptes chez FANUC.

Soudage cobot, Soudage automatisé, Soudage robotisé

Welding clothes, Welding safety, PPE

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.

Sustainability, X5 FastMig, Energy saving, Reduced gap technology (RGT)