Beam coping is the specific operation of cutting the end profile of a structural beam so it fits flush against an intersecting member — notching a beam end, cutting a bolt-hole pattern, or beveling an edge for welding. It sounds narrow, but it's one of the highest-labor operations in structural steel fabrication because every connection in a building or bridge frame needs it, and manual coping is slow, inconsistent, and physically demanding work. Automated coping lines read a structural model and cut every cope, bolt hole and bevel on a beam in a single automated pass, which is where most of the labor-cost savings in structural steel automation actually come from. PCL's beam coping machines range from single-station plasma coping centers to multi-axis systems that combine coping with full profile cutting, aimed directly at fabricators still coping by hand or with basic drill lines.

Faserlaser-Schneidmaschine für Stahlbauprofile
Eine dedizierte 3D-Laserprofilieranlage für H-Träger, I-Träger und U-Profile – entwickelt, um Tekla-Modelle direkt in fertige, schweißfertige Stahlbauteile zu verwandeln.
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8-Achsen-CNC-Plasma-Träger-Schneidanlage
Ein 3D-Profilierzentrum für Kastenträger, Träger und Rohre – eine 8-Achsen-Plasmaplattform, die Anreißen, Bohren und manuelles Ausschneiden durch ein einziges CNC-Programm ersetzt.
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