Laser cutting machine SF1500CH

for steelprofileCNC

Overview
The Large H-shaped Steel Laser Cutting Machine SF1500CH is an open-style gantry system engineered for efficient straight cutting and beveling of H-beams. The dual-driven gantry provides balanced force on the beam to minimize deformation and ensure stable processing over long lengths.

Key features

• Dual-driven gantry for balanced beam force and reduced deformation
• Supports straight cutting and flange-slab beveling for H-beams
• Open gantry layout and double workstations for faster loading/unloading
• A and B rotary axes ±180° with crash protection and fast response
• Operator passageway/platform for safe access during handling
• Autofocus laser cutting head with IP65 protection and integrated cooling for continuous stable cutting
• CNC system configured for H-beams with automatic nesting, work-report export and deformation compensation

Technical parameters
Model: SF1500CH
Laser power (kW): 12–30
Working area (L×W, mm): 28000×3000
Max H-beam web width (mm): 1200
Max flange slab height (mm): 500
Max no-load speed (m/min): 50
Max thickness: ≤50 mm (straight cutting), ≤35 mm (flange slab beveling)
Overall dimensions (L×W×H, mm): 35670×5900×3030
X/Y-axis positioning accuracy (mm): ±0.1
X/Y-axis repositioning accuracy (mm): ±0.05

Applications

• Road and bridge steel components
• Steel structure fabrication and warehousing
• Construction and engineering machinery components
• Power industry structural parts
• Shipbuilding structural sections

Specifications

• Model: SF1500CH
• Laser power range: 12–30 kW (typical 20–30 kW for heavy sections)
• Working area: 28000 × 3000 mm
• Maximum H-beam web width: 1200 mm
• Maximum flange slab height: 500 mm
• Maximum cutting thickness: up to 50 mm (straight), up to 35 mm (bevel)
• Maximum no-load speed: 50 m/min
• Overall dimensions: 35670 × 5900 × 3030 mm
• Positioning accuracy (X/Y): ±0.1 mm
• Repositioning accuracy (X/Y): ±0.05 mm
• Autofocus cutting head with IP65 protection and integrated cooling
• CNC with automatic nesting, work-report export and deformation matching