Six-axis robotic cell for structural steel that combines Hypertherm plasma and oxy-fuel cutting with ArcWriting layout marking in a single program. It copes, bevels and marks beams, channels, angles, tubes and plate up to 1250 mm wide.
| Plasma cutting system | Hypertherm HPR400XD |
|---|---|
| Max plasma cut thickness | 3 in (80 mm) |
| Max oxy-fuel cut thickness | 6 in (150 mm) |
| Max bevel angle | 45° |
| Robotic arm | 6-axis FANUC |
| Max profile width | 49 1/4 in (1250 mm) |
| Max profile height | 24 in (610 mm) |
| Profile measurement | Patented 3D vision (4 cameras + 4 lasers) |
| Positional accuracy | 1/16 in over 60 ft profile |
| Control | 21 in high-resolution touchscreen |
| File formats | DSTV (profiles), DXF (plate) |
| Processes | Plasma cut, oxy-fuel cut, bevel, cope, ArcWriting marking |
The PeddiBot-1250 is a heavy-duty robotic fabrication cell built around a 6-axis FANUC arm that automatically switches between plasma, oxy-fuel and ArcWriting torches. Its Hypertherm HPR400XD plasma system cuts steel up to 3 in (80 mm) thick, while the oxy-fuel torch handles material up to 6 in (150 mm) and bevels up to 45 degrees. Profiles up to roughly 1250 mm wide and 610 mm tall — beams, channels, angles and tubes imported as DSTV files — are mapped by a patented 3D vision system with four cameras and four lasers before each cut, and DXF import lets nested plate run on the same machine. A 21-inch touchscreen control, a telescoping outfeed conveyor, a remnant-removal system and a scrap conveyor keep the cell running with minimal downtime. Peddinghaus guarantees positional accuracy of 1/16 in over a 60-foot profile.
PeddiBot-1250 robotic thermal cutting cell is a strong fit for teams evaluating Peddinghaus machines and looking for a practical choice with clear technical positioning and straightforward production integration.
