Peddinghaus HSFDB-C plate processor
High-speed CNC plate processor for heavy steel plate up to 100 mm thick, combining carbide drilling, milling and plasma/oxy-fuel thermal cutting. Features bevel cutting and a 12-station tool changer.
The Peddinghaus ABCM-1250 is a CNC beam coping machine whose triple oxy-fuel torch design cuts both flanges and the web simultaneously. It processes structural steel profiles up to about 1270 mm (50 in) with mitering and bevel weld-preparation capability.
| Cutting process | Oxy-fuel thermal cutting |
|---|---|
| Torch configuration | Triple (3) torch — cuts both flanges and web simultaneously |
| Max profile size | 50 in (approx. 1270 mm) |
| Cutting operations | Coping, mitering, bevel weld preparation, near-flange cutting |
| Measurement | Roller Feed Measurement system |
| CNC control | Siemens Advanced Control |
| Software | Raptor 3D CAD/CAM |
| Torch ignition | Automatic |
| Clamping | Robust clamping system |
| Integration | In-line with Peddinghaus automatic band saws |
The ABCM-1250 is a time-tested thermal cutting line for heavy structural steel fabrication, using three oxy-fuel torches to cut both flanges and the web of a beam at the same time and roughly triple processing throughput. Pivoting torches allow miter cuts and beveled weld preparation on the top and bottom flanges at the programmed angle, while automatic torch ignition removes manual steps. Peddinghaus Roller Feed Measurement holds accurate positioning even with material deviation, and a robust clamping system secures the member during cutting. A Siemens CNC control paired with Raptor 3D CAD/CAM software supports fast programming and part inspection, and the machine can be placed in-line with Peddinghaus automatic saws for straight and miter separation. The oxy-fuel process targets carbon structural steel.
Peddinghaus ABCM-1250 beam coping machine is a strong fit for teams evaluating Peddinghaus machines and looking for a practical choice with clear technical positioning and straightforward production integration.