
Precise positioning of the parts to be welded is essential to guarantee the quality of the assemblies. In the case of complex or large-scale metal structures, such as those found in the manufacture of industrial machinery, incorrect positioning can lead to :
The use of motorized positioners, automated clamping systems and vision sensors ensures rapid, repeatable component positioning, while facilitating access to welding zones. This helps improve overall productivity while reducing non-conformity rates.

The integration of automated welding systems (robots, gantry-mounted welding heads, numerically controlled machines) enables us to meet a number of critical challenges:
In the manufacture of heavy machinery components, automation also makes it possible to process long or complex welds, on several axes, with millimetric precision.

The greatest benefit lies in the synergy between automated positioning and robotic welding. Combining these two elements creates a semi-autonomous or fully automated production line, capable of adapting to the diversity of parts while maintaining high productivity.
Recent technologies, such as 3D machine vision,on-board artificial intelligence and the digital twin, now enable systems to self-adjust in real time, further enhancing the flexibility and resilience of production workshops.

