Fiber Laser Flame Composite Cutting Machine Replace Plasma Cutter for Thick Steel Plate Metal Processing

• Customization: Available
• After-sales Service: 2 Years
• Warranty: 2 Years
• Model NO.: VLF
• Application: Home Appliance, Environmental Equipment, Petroleum Machinery Manufacturing, Aerospace Industry, Automotive Industry
• Cooling System: Water Cooling
• Technical Class: Continuous Wave Laser
• Applicable Material: Metal
• Structure Type: Gantry Type
• Laser Classification: Free Electron Laser
• Laser Technology: Laser Control Fault Cutting
• Laser Rated Power: 6000W/12kw/20kw Specialized Fiber Laser for Compo
• Focusing Focal Length: 400mm (Auto-Focus)
• Number of Linked Axes: 3-Axis Linkage
• Operation Display: 23.6-Inch Touchscreen LCD
• Processing Graphic Range: Any Planar Graphic
• Max. Straight-Cut Dimensions (L*W): 16m*6m (Customizable/Expandable)
• X-Axis Effective Travel: 13000mm
• Y-Axis Effective Travel: 3200mm
• Z-Axis Effective Travel: ≥350mm
• Dynamic Response Acceleration: 0.4G
• Max. Positioning Speed (X/Y Axes): 40m/Min
• Max. Linked Positioning Speed (X/Y Axes): 55m/Min
• Power Supply System: 3-Phase, 5-Wire System
• Rated Operating Voltage: 380V±5%, 502Hz
• Total Installed Capacity: ≥30kw
• Transport Package: Wooden Box
• Specification: 4580*2300*2000mm 2060KG
• Trademark: VMADE CNC
• Origin: China
• HS Code: 8456110090
• Production Capacity: 500pieces/Year

Product Description

6kw 20kw Flame Composite Laser Flame Composite Cutting Machine Thick Plate Cutting for Sheet Metal Processing

The laser-flame hybrid cutting machine represents a novel technology designed specifically for cutting thick plates. It utilizes a high-brightness fiber laser beam, which is transmitted to the surface of the workpiece—following transformation by a unique optical system—and combined with oxygen and other combustible gases. Through the synergistic action of the high-intensity laser beam and the combustion of the fuel gas, a vigorous exothermic reaction is triggered within the metal. This process significantly elevates the temperature of the molten metal and its oxides within the kerf, while simultaneously drastically reducing their viscosity, thereby enabling the highly efficient and high-quality cutting of thick metal plate.