High power laser cutting machine (generally ≥ 6000W, commonly 12kW-30kW) applicable industry introduction
High power laser cutting machines are mainly designed for metal processing scenarios with thick plates, large sizes, high output, and high requirements. They are particularly suitable for materials such as carbon steel, stainless steel, aluminum alloy, copper, brass, etc., and are mainly applicable to industries such as:
1. Steel structure construction industry (core and largest usage)
Applicable: Factory buildings, high-rise buildings, bridges, venues, prefabricated buildings
Processing: H-beam, thick steel plate, node plate, connecting plate, column bottom plate, box girder, stiffening plate
Features: Cutting 20-50mm thick plates without pressure, with vertical cuts and minimal deformation, capable of one-time forming with grooves
2. Construction machinery industry
Applicable: Excavators, cranes, loaders, rollers, mining machinery
Processing: chassis, frame, boom, boom, counterweight, thick walled structural components, supports
Features: Multiple thick plates, complex structure, high strength requirements, high-power cutting efficiency far exceeding plasma
3. Ships and marine equipment
Applicable: Ship hull segmentation, deck, hatch cover, offshore platform, wind duct rack
Processing: ship plate, stiffener, flange, thick wall pipe fittings, large structural parts
Features: Thick board, oversized size, high power to ensure cutting quality and production efficiency
4. Energy and power equipment
Wind power: tower, flange, base, reinforcement ring
Thermal power/nuclear power: boiler components, pressure vessels, thick walled piping plates
Features: Thick material, high precision, strict weld requirements
5. Pressure vessels and special equipment
Applicable: Gas storage tanks, reactors, heat exchangers, pipelines, boilers
Processing: Head, cylinder plate, flange, pipe plate, various thick plate openings
Characteristics: High requirements for cutting surface quality, no slag hanging, and heat affected zone
6. Automobile manufacturing and commercial vehicles
Passenger cars: cutting of chassis parts, reinforcement plates, and frame stamping parts
Commercial vehicles/heavy-duty trucks: beams, frames, carriage panels, thick structural components
Features: Large batch size, fast speed, compatible with automated production lines
7. Agricultural machinery and equipment
Applicable: Harvesters, tractors, rice transplanters, plant protection machinery
Processing: Rack, guard plate, tool holder, thick walled structural components
Characteristics: Mostly made of medium thick carbon steel, pursuing low cost and high efficiency
8. Sheet metal and heavy-duty sheet metal processing
Applicable: Large cabinets, power cabinets, communication towers, advertising trusses
Processing: Thick stainless steel, carbon steel, aluminum alloy sheets
Features: High power cutting results in brighter cross-sections, better verticality, and reduces polishing
9. Rail Transit
Applicable: high-speed rail, subway carriages, track beams, bogie frames
Processing: Aluminum alloy sheet, stainless steel body parts, thick structural parts
Characteristics: Strict requirements for accuracy, surface quality, and deformation control
10. Mold and Mechanical Basic Components
Applicable: mold frame, gasket, flange, gear blank, structural components
Processing: precision cutting of thick plates, cutting of irregular shapes
Features: Replace some milling and flame cutting to improve accuracy
one-sentence summary
High power laser cutting machine=thick plate+large piece+high output+high quality
Main services: Heavy manufacturing industries such as steel structure, engineering machinery, shipbuilding and marine engineering, wind power, pressure vessels, automobiles, and rail transit.