CE-Certified & Energy-Efficient Fiber Laser Solutions

High-precision plate, tube, and integrated cutting systems engineered for sustainable manufacturing and maximum productivity.

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H-Beam Fiber Laser Cutting Machine for Bridges, Plants & Steel Structures Power Range: 12000W – 30000W - Image 1
H-Beam Fiber Laser Cutting Machine for Bridges, Plants & Steel Structures Power Range: 12000W – 30000W - Image 2
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H-Beam Fiber Laser Cutting Machine for Bridges, Plants & Steel Structures Power Range: 12000W – 30000W
H-Beam Fiber Laser Cutting Machine for Bridges, Plants & Steel Structures Power Range: 12000W – 30000W - Image 2
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H-Beam Fiber Laser Cutting Machine for Bridges, Plants & Steel Structures Power Range: 12000W – 30000W

Specification Details
Power Range 12000W – 30000W
Machine Type H-Beam Fiber Laser Cutting Machine
Beam Types H-Beam, I-Beam, Channel Beam
Beam Width 100 – 600 mm
Beam Height 200 – 1000 mm
Effective Cutting Length 12000 mm × 2 (Twin Workstation)
Vertical Cutting Thickness 1 – 40 mm
Bevel Cutting ±45°
Positioning Accuracy ±0.10 mm/m
Repeat Positioning Accuracy ±0.05 mm
Maximum Beam Weight Up to 5000 kg (Customizable)
Control System Intelligent CNC Control
Software Compatibility Tekla & Structural Steel CAD/CAM Integration
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Specification MHB
Laser Power 12000W–30000W
H-Beam Size Width: 100–600 mm, Height: 200–1000 mm
Effective Cutting Length 12000 mm × 2 (Twin Workstation)
Vertical Cutting Thickness 1–40 mm
Bevel Cutting ±45°
B-Axis Rotation ±90°
C-Axis Rotation ±45°
Positioning Accuracy ±0.10 mm/m
Repeat Position Accuracy ±0.05 mm
Max Cutting Speed X: 15 m/min, Y/Z: 30 m/min
Control System MSCUT CNC

FAQs

For more questions, please contact us.

What materials can fiber laser cutting machines cut?

Fiber laser cutting machines can cut most metal materials, including stainless steel, carbon steel, aluminum, copper, alloy steel, galvanized sheet, titanium, etc. They are widely used in sheet metal processing, kitchen utensils, aerospace, metal cabinets, automotive parts, construction and other industries.

Laser cutting technology has significant comprehensive advantages over traditional cutting methods (such as flame cutting, plasma cutting, waterjet cutting).

High precision laser cutting, narrow kerf width, smooth and burr-free, small heat-affected zone, no need for secondary grinding and polishing.

Non-contact processing, no mechanical stress, avoiding tool wear or material deformation.

Fiber laser cutting machines require professional laser cutting control software and CAM software to process design files and generate cutting paths, such as LightBurn, AutoCA, etc., and are compatible with DXF, SVG, AI (Adobe Illustrator), EPS, DWG, PDF, PLT, etc.

Fiber laser cutting machines require professional laser cutting control software and CAM software to process design files and generate cutting paths, such as LightBurn, AutoCA, etc., and are compatible with DXF, SVG, AI (Adobe Illustrator), EPS, DWG, PDF, PLT, etc.

Clean or replace the optics (focusing mirror, reflector) and nozzle regularly to avoid contamination affecting the cutting quality.

Check the operation status of the cooling system (water-cooled or air-cooled) to ensure that the water temperature and flow rate are normal to prevent the laser from overheating.

Clean the debris of the guide rail, screw and other transmission parts and lubricate them regularly to ensure the precision of movement; check the filtering device of the dust removal system and clean the soot residue in time.

Free Training

Provide free training on equipment operation

Regular maintenance

Provide professional equipment maintenance services

Installation Service

Provide complete installation and debugging services

Technical Support

24/7 online technical support service