Robotic CNC beam coper for structural steel, equipped with a 300 A Hypertherm XPR 300 plasma system and a Fanuc robot arm. A multi-camera system measures the material and adapts the cutting path for accurate fit without probing.
| Cutting process | Plasma |
|---|---|
| Plasma power source | Hypertherm XPR 300 |
| Amperage | 300 A |
| Max pierce thickness | 1-7/8 in (~48 mm) |
| Robot | Fanuc robot arm |
| Measurement system | 5-camera system + trail-end camera |
| Material measuring | Roller feed measuring wheel |
| Bevel cutting | Yes |
| Layout marking | Integrated |
| Material handling | All-electric conveyors, electric horizontal clamping |
| Software | PeddiBot-1250; DSTV files; Raptor 3D CAD/CAM compatible |
| Control | Modular CNC control |
The PeddiBot-1250ST is a robotic CNC beam coper built for high-capacity structural steel fabrication. Cutting is performed by a 300 A Hypertherm XPR 300 plasma power source that pierces material up to roughly 48 mm (1-7/8 in) thick, driven by a compact Fanuc robot arm whose specialized torch movements largely eliminate the need for grinding. A five-camera system plus a dedicated trail-end camera measures the material in the processing zone and generates precise torch paths faster than laser or touch probing. Material feeding and clamping are fully electric with no hydraulics, using electric conveyors and a roller feed measuring wheel. The PeddiBot-1250 software accepts industry-standard DSTV files, is compatible with Peddinghaus Raptor 3D CAD/CAM and shows a real-time 3D point cloud, while the machine also supports bevel cutting and integrated layout marking.
PeddiBot-1250ST beam coper is a strong fit for teams evaluating Peddinghaus machines and looking for a practical choice with clear technical positioning and straightforward production integration.
