H-Beam Laser Cutting Machine
The 3D Cutting Steel Laser Cutting Machine (Plate and Tube Type All-in-One Machine) is a versatile all-in-one system designed to handle cutting and blanking for H-beams, channel steel, round tubes, square tubes, angle steel, flat plates, and even plate beveling—all in one device. It effectively delivers the performance of three separate machines, streamlining your production process.
Luminary's all-in-one heavy-duty H-beam Laser Cutter are capable of high-precision processing of round tubes.Diameters range from 150mm to 630mm.
The H-Shaped Structural Laser Cutter is capable of processing a wide range of sizes and specializes not only in the fine cutting of round tubes, but also in the processing of flat plates and steel profiles.
H-Beam Laser Cutting Equipment can easily perform difficult tasks such as bevel cutting, line cutting, etc. to meet the diverse needs of complex structural parts.
Power: 6000W~30KW
Steel Cutting Range: Height B≤ 500mm Width H ≤ 1200mm Length L ≤ 26000mm(Customized on Demand)
Structural Laser Cutting Efficiency Cutting: 12m
Materials: Steel Square Tube,Round Tube,Oval Tube,Ractangle
Tube,Angle Steel, Channel Steel, H Beam
Steel Profile Size:100mm-1000mm
Channel Steel outline Size:100mm-1000mm
Max.Cutting Diameter options : 220mm/320mm/420mm/500mm/600mm/800mm
Laser Cut Tube Wall Thickness:Perforation Cut 1-30mm
Cutting Accuracy:+0.05mm
x/y/z Maximum Positioning Speed: 30m/Min
Moving speed: 10~9000 Mm/Min
X/Y/z Positioning Accuracy ≤ 0.1 Mm
The Maximum Weight of The Pipe To Be Cut: 1000Kg
Our all-in-one fiber laser cutting machine combines multiple functions—including cutting off, hole cutting (for welding access), and beveling—into a single, high-performance system. Designed for flat, plate, and tube cutting, this multi-purpose machine maximizes flexibility while minimizing initial investment costs. Ideal for small-batch, high-variety production, it delivers a cost-effective solution for businesses seeking efficiency and precision in metal fabrication.
H-beam laser cutting machine (all-round industrial processing solution), as a highly energy-efficient, cost-effective and flexible industrial-grade intelligent equipment, this model is designed for the processing of complex structural parts, integrating H-beam cutting, precision drilling, multi-angle beveling and high-precision marking, redefining the standard of efficiency and precision for the processing of heavy-duty materials.
It can be used for the efficient finishing of heavy-duty components in the fields of steel structure construction, shipbuilding, mining machinery, energy equipment, etc., helping enterprises to realize flexible and batch production upgrade with lower investment.
An industrial laser cutter for H-profiles is a specialized solution designed to cut channel steel, angle steel, L-beams, H-shaped steel, and L-shaped steel. This versatile equipment not only cuts but can also punch, mark, scribe, bevel, and perform various other operations on workpieces.
The steel structure laser cutting machine is mainly used in the construction field to process complex steel components, such as curtain wall skeleton, truss nodes and shaped connection plates. Its high precision (positioning accuracy ±0.03mm) and high speed cutting (carbon steel 8mm up to 13m/min) characteristics, through the intelligent layout system, the material utilization rate increased by 20%, reducing scrap.
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In automotive manufacturing, laser cutting machines are widely used for precision machining of high-strength steel bodies, frames and components. The cutting speed is up to 80m/min and the efficiency is 3 times higher than traditional stamping. Robot-integrated fiber laser system can complete the three-dimensional cover parts cutting edge (such as windshield) and shaped holes processing (such as rim bolt holes), the accuracy of ± 0.05mm, to adapt to the needs of lightweight design. At the same time, non-contact processing avoids metal fatigue and extends the life of parts.
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The processing of bridge steel components relies on the high stability and thick plate handling capability of the laser cutting machine. For example, carbon steel web plate over 20mm can be cut and shaped by 10,000-watt laser at one time, and the bevel angle error is ≤0.5°, which ensures the strength of the welded structure. It supports synchronized operation of multiple cutting torches and can batch process groups of anchor bolt holes (error ±0.1mm), which meets the high matching requirements of bolted connections in cross-sea bridges.
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In shipbuilding, laser cutting machines are used for the efficient machining of hull segments, ribs and decks. The CNC system realizes accurate undercutting of curved steel plates (e.g. hull shells), and the cutting speed reaches 6-8 m/min, which is 50% higher than the plasma cutting efficiency. For corrosion-resistant steels (e.g. EH36), laser cutting avoids the material hardening caused by traditional flame cutting, with a kerf perpendicularity of 89°±0.5°, reducing welding distortion. In addition, the intelligent edge-seeking function is adapted to irregular plates, which reduces the cost of manual nesting and significantly shortens the shipbuilding cycle.
Learn MoreThe 'resume from breakpoin feature is like a save game opion for your culing process. lfthe power cuis out oryou need o pause, the machine remembers exacly where it left of.
Once power is restored orvoure ready to coninue. it icks up at the precise soo. ensuing no matellalis wasted. ts an esenlial fealure that saves time.resources. and a lot of frustration.
