In the field of welded component production, the daily tasks of a welder will increasingly be assisted—and in many cases replaced—by the integration of special manipulators, robots, and robotic lines. The focus is no longer solely on the worker’s individual performance, but also on systems of self-control or external monitoring through independent online workstations. Robotic and similar automated technologies are now interconnected and, thanks to digitalization, can be managed from a single control center. As a result, while the workstation continues to produce, the person operating it may take a break or engage in other tasks.
Many production processes today can already be managed via smartphone software—not as a future vision, but as a present-day reality. With growing levels of automation, it is clear that artificial intelligence technologies will increasingly manage the production of complex welded assemblies. And yes—some traditional “manual” tasks in mechanical engineering will gradually disappear. However, even though robotic work ensures tireless repeatability and precision, its economic return in small-batch production is often still lower than that of an experienced welder. Therefore, while many routine manual professions—such as metal grinders—may vanish, welders and fitters will remain indispensable for many types of work.