Robotic welding of a workpiece requires seamless collaboration

Welding robots are no longer just a treat for a few. The introduction of robust yet affordable welding robotization solutions to the market has lowered the threshold to improving welding productivity or quality through automation. There are several things to keep in mind when deciding on the best solution for your company – to help you make the choice I will outline three alternative approaches on this blog post.

Автоматизация сварочных работ

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.

Инновации

Robotics and welding automation have been on the agenda of manufacturing companies for quite a while. Welding robots are said to remove human error and even projected to learn with high endurance, speed and precision. In the past five years, we have also seen the addition of collaborative robots, cobots, to the market.

Автоматизация сварочных работ

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.

Вводные сведения о сварке, Ручная сварка

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.

Ручная сварка

Более пристальный взгляд на самую ответственную часть каждого сварного шва.

Ручная сварка