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Industrial robots traditionally perform pre-programmed movements with high accuracy and repeatability. This approach works well with stable processes, uniform parts, and well-controlled manufacturing conditions. However, when the geometry, assembly…

Robotic welding is associated with repeatability, speed and stability. But in real production, parts are rarely „perfect.“ The joint may vary, the grip may not be completely uniform, thermal deformations may…

Robotic welding is not a one-size-fits-all solution for every production. It brings the greatest value when there are clearly identifiable prerequisites: repeatable operations, sufficient volume, shortage of skilled personnel, consistency issues…

When implementing a robotic welding cell, one of the most costly mistakes is to start engineering work only after the equipment is already on site. Then every adjustment costs time, accumulates downtime…

In many companies, „traceability“ is still understood as an archive of protocols, a folder of WPSs and a few signed forms for the customer. In practice, this is a very limited approach. Real traceability…

Robotic welding is not just „replacing the welder with a robot.“ It is a change in the entire process: workpiece preparation, fixture, technology selection, programming, safety, quality control and management…

The first post of the year is a good opportunity to take a look at where robotic welding is actually headed. In 2026, the leading change is not „more robots“, but smarter welding cells: adaptable to…

Adaptive arc welding with industrial and collaborative robots combines offline programming, seam tracking sensors and standardized peripherals. The result is shorter cycle times, fewer rework and consistent quality even with…