The CycleTIG feature controls the heat input and arc. The RPI (reverse polarity ignition) auto-intelligent ignition function ...

New research will optimize the welding, additive and manufacturing process. Arc welding and additive manufacturing are hugely important for creating large metal components relatively inexpensively and ...

Arc welding using the Metal filler wire as consumable electrode and an Inert Gas to protect the molten pool against oxidation. Figure 1. Schematic of the MIG welding process. In the metal inert gas ...

ÖkoHybrid project aims to weld thick steel parts faster, more efficiently. Hybrid laser arc welding process (click for info). To improve the laser-welding of thick steel components, Laser Center ...

In the tungsten inert gas (TIG) welding process, an electric arc is struck between a refractory electrode made of tungsten and the work piece, while a shroud of inert gas, usually argon, shields the ...

Mobility and infrastructure are changing, and with them designs and materials. To meet the challenges of sustainability and efficiency, manufacturers seek to use optimized material combinations. Metal ...

Thanks to X-Machine's innovative robotic system for arc welding, Tubosider has managed to significantly increase its efficiency, reducing costs, consumption and time of production.

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Everyone’s talking about Industry 4.0 nowadays. It’s a hot topic for society, politics and the economy. But what about digitisation in metal-working companies? What does it mean for joining technology ...