AllBest 3D Five-Axis Profiles Fiber Laser Cutting Machine AT-H Series
AllBest 3D Five-Axis Profiles Fiber Laser Cutting Machine AT-H Series
The H-beam laser cutting machine is specially designed for efficient and high-precision processing of H-beams, I-beams, channel steel, angle steel, square tubes, and other metal profiles.
Breaking through the limitations of traditional profile processing, this advanced CNC fiber laser cutting machine can perform high-speed cutting, drilling, and profiling on multiple sides of H-shaped steel, significantly improving processing efficiency and reducing labor and production costs.
With a powerful fiber laser source, intelligent CNC control system, and stable heavy-duty structure, it delivers precise cutting performance even for large and heavy steel profiles.
It is the ideal solution for steel structure fabrication, construction, machinery manufacturing, bridges, and other heavy-duty metal processing applications.
Advantages
The H-beam laser cutting machine is specially designed for high-speed and high-precision processing of H-beams, I-beams, channel steel, angle steel, and other metal profiles. It delivers fast cutting speed, excellent cutting quality, narrow kerfs, minimal deformation, and smooth cutting surfaces.
2.The machine adopts a heavy-duty structure and advanced CNC fiber laser technology, providing stable and accurate cutting performance for large and heavy steel profiles. With multi-directional processing capabilities, it can efficiently complete cutting, drilling, slotting, and profiling operations on different sections of H-shaped steel.
3.The H-beam laser cutting machine offers strong adaptability and can significantly reduce multiple processing steps, saving labor and production costs. It is especially suitable for mass production in steel structure fabrication, construction, bridges, machinery manufacturing, and other industries.
4.Equipped with a high-precision transmission system, imported servo motors, and precision guide rails, the machine ensures smooth operation, high positioning accuracy, and long-term stability. The intelligent CNC control system makes operation easier and improves overall production efficiency.
5.For large-scale steel profile processing, the H-beam laser cutting machine provides an efficient, precise, and reliable solution, helping customers achieve higher productivity and better cutting results.
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Applications
Flexible Power Matching for Optimal Cost-Per-Part: With options from 6kW to 12kW and beyond, it allows precise power selection based on material thickness and cycle time requirements. This achieves the optimal balance between energy consumption and throughput, directly optimizing your cost-per-part.
Superior Dynamics to Boost Capacity Bottlenecks: The high-rigidity structure coupled with high-torque servo drives ensures smooth operation at high accelerations. This minimizes non-cutting time and guarantees consistent contour accuracy during continuous processing of thick plates or complex designs, directly increasing overall workshop capacity.
Process-Optimized for Stainless Steel & Alloys: Integrated with an advanced cutting parameter database and specially optimized gas control, the machine effectively manages the heat-affected zone. It delivers oxidation-free, bright cuts on stainless steel and aluminum, minimizing secondary operations like polishing.
High Automation Readiness for Uninterrupted Production: Designed for seamless integration with automatic loading/unloading, centralized fume extraction, and material storage systems, enabling hours of continuous, even unattended operation. This significantly reduces reliance on skilled operators and is a key step towards lights-out manufacturing.
Technical Parameters
| Model | AT-13025H | AT-13032H | AT-26025H | AT-26032H |
| Laser Power (W) | 12000/20000/30000/60000 | |||
| Working Area (mm) | 13800×2800 | 13800×3500 | 26800×2800 | 26800×3500 |
| Machining Area (LengthxWidth)(Vertical cutting) | 13000x2800mm | 13000x3500mmm | 26000x2800mm | 26000x3500mm |
| Machining Area (LengthxWidth)(Bevel Cutting) | 12000x2100mm | 12000x2800mm | 25000x2100mm | 25000x2800mm |
| Max. Linkage Speed | 80m/min | |||
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Machine configuration
Five Axis Linkage 360 ° Full Surround Cutting
High speed cutting of complex curved 3D parts, with five axis linkage, achieves 360 ° full coverage cutting of the exposed surface of 3D parts, breaking through many limitations of 2D laser cutting machines.
Intelligent Nesting for Higher Material Utilization
It is equipped with professional steel structure nesting software that enables automatic layout to greatly improve material utilization, supports batch continuous automatic cutting and one-click program import from Tekla structural drawings, and features automatic counting and cutting record export functions for more convenient and efficient factory production management
Dual Side Spark Barrier Full Range Safety Protection
Double-sided protective metal plates are fitted on both sides of the H-beam cutting machine’s beam, which thoroughly isolates splashing high-temperature cutting sparks, reduces equipment thermal damage and realizes reliable multi-layer safety protection.
Customizable Standardized Bed
The oversized size provides a wider range of customization options, and modular design can meet different project needs.
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FAQ
What is a laser cutter, and what can it do?
It functions as a precise “light knife” that can cut metal sheets automatically according to computer-designed patterns. This technology is used to manufacture machine casings, metal advertising letters, kitchen utensils, and more.
What is the difference between fiber laser cutting machine and CO2 laser cutting machine?
Fiber lasers are mainly used for cutting metals due to their high speed and low electricity costs. CO2 lasers can cut both metals and non-metals, such as acrylic and wood, but are less efficient when cutting metals.
Which laser cutting machine power should I purchase?
The thickness of the material you are cutting determines the power needed for effective cutting. Generally, higher power levels allow for cutting thicker materials more quickly.
