Robotic Welding Cell
for Welded Beams
Designed for automatic assembly and welding of variable geometry beams (I-beams, H-beams, box beams, trusses). The system replaces manual stations while preserving the flexibility required for small- and mid-series production.
Variable Geometry
Handles diverse beam types without manual reteaching.
Labor Optimized
Reduces dependency on skilled manual welders.
Production Flexibility
Ideal for project-based manufacturing.
What the cell performs
Technical Characteristics
- Industrial Welding Robot7–9 axes configuration
- Extended Work EnvelopeExternal positioning axes matched to beam size
- Adaptive Software LayerInstant trajectory generation from 3D data
- Optional 3D ScanningGeometry validation if no reliable 3D model exists
"The system is not tied to a single beam size and does not require manual reprogramming for each project."
Engineering Advantages
Why leading structural steel fabricators switch to robotic cells.
Stable Weld Geometry
Independent of operator skill or fatigue.
Reduced Setup Time
Rapid changeover between different project types.
Predictable Cycles
Consistent output allows for accurate production planning.
Scalable Architecture
Future-proof design ready for further automation.
Is this solution right for you?
When it makes sense
- Annual beam volume > 500 tons (40t/mo)
- Repetitive welding operations involved
- Labor shortage or quality stability issues
- Existing use of 3D models (Tekla, .STEP, .IFC)
When it does NOT make sense
- One-off fabrication with zero repetition
- Very low annual production volume
- Plants without any digital design data
Integration Options
The robotic cell is flexible enough to fit your current workflow layout.
Standalone
Independent welding station
Semi-Automatic
Part of a larger production line
Hybrid
With manual upstream/downstream ops