Steel Structure Laser Processing Equipments
Covering the full structural-steel processing workflow — from 3D five-axis cutting and laser-arc hybrid welding to marking, tube cutting, and large-format bevel cutting, delivered as complete systems.
From 3D five-axis cutting and hybrid welding to marking, tubes, and large-format bevels — covering the full structural-steel processing workflow, combined on demand and delivered as complete lines.
Fourth Generation H-beam 3D Five-axis Laser Cutting Line · YC-GC26060S
Lean and intelligent — multi-function integration for greater stability, efficiency, and precision. Open structure with alternating dual-station operation reduces loading/unloading time and boosts processing efficiency 3–5×; directly reads TEKLA 3D structural models for cutting, with no redrawing required.
One machine handles both sections and plates with high efficiency; dual gantries share a single beam path, flexibly adapting to fluctuating capacity.
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All-water-cooled reflective welding head boosts welding efficiency 3–4× versus traditional methods, welding up to 20mm on both sides.
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3D five-axis marking provides an accurate baseline for blanking and assembly; marking area 27000×3500mm.
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Teach-free programming, fully in-house developed, with an effective welding length of 12m and a welding width range of 1.2m.
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Automatic loading/unloading; round-tube diameter φ50–φ610, idle speed 60m/min, single-tube load capacity 2000kg.
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Gantry-on-rail structure for large-format bevel cutting; processing width 3/4.5/5.5m, travel speed 80m/min.
Learn MoreGet detailed product specifications, a quotation, and an on-site test-cut appointment — our engineers will serve you promptly.
Note: Performance data stated on this website—such as efficiency gains, cutting/marking precision, cost-reduction ratios, lens reflectivity, and weld pass rates—are based on internal tests under typical operating conditions and measurements from customer production lines. Actual results may vary with material, thickness, process, and on-site environment. Specific indicators are subject to the actual equipment configuration and the technical agreement.