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Processing range of H-beam (web * flange * length): 1200mm*600mm*12000mm（optional 24000mm）
Max. cutting thickness: Carbon steel: 45mm / Stainless steel: 40mm
Product Overview
The 3D Five-axis H-beam laser cutting machine is a high-performance processing device specially developed for H-beam processing (including I-beam, channel steel, angle steel, and other types of steel profiles). Utilizing five-axis linkage technology, it can achieve precise multi-angle cutting of all parts of H-beams, including flanges, webs, ends, bevels, and hole positions. It replaces traditional H-beam processing methods (flame cutting and plasma cutting) and is the core equipment for addressing complex cutting challenges of H-beams and improving processing efficiency.
Industry Application Scenarios
The 3D Five-axis H-beam laser cutting machine effectively addresses the limitations of traditional H-beam cutting methods (flame, plasma), such as low precision, excessive cutting burrs, the need for secondary processing, low efficiency, severe thermal deformation, and high material consumption. Tailored to the characteristics of H-beam structures, it achieves synchronous cutting of flange plates and web plates, one-time bevel formation, and precise hole positioning, balancing efficiency and precision. This reduces production costs, shortens the H-beam processing cycle, and helps steel structure enterprises achieve intelligent manufacturing upgrades.This machine is suitable for the following industrial application scenarios：
● Steel structure buildings (core application areas): Cutting and processing of H-beam steel in steel structure buildings such as industrial production workshops, warehouses, heavy-duty factories, and venues.
● Bridge engineering: Cutting and processing of H-beam steel in bridge structures such as highway bridges, railway bridges, and cross-sea bridges.
● Construction machinery: Cutting and processing of H-beam for components such as frames, booms, and bases of equipment such as excavators, cranes, and tower cranes.
● Shipbuilding: Cutting of H-beam components such as ship hull frames and deck supports.
● Power engineering: Cutting of H-beam steel for power towers, substation supports, and other related structures.
How does the 3D Five-Axis H-beam Laser Cutting Machine work?
Core Technical Advantages
1. Five axis linkage technology adapted for H-beam cutting
● Adopting 3D five axis control: Equipped with professional software and cutting heads, various cutting and drilling operations on H-Beams can be achieved. Upgrading from manual and semi-automatic operations to fully automated one process completion, the monthly production efficiency has increased by 3-5 times compared to the previous multi-process methods. While meeting the requirements for high-volume steel section cutting, it can also simultaneously meet the needs of customers for flat straight cutting and flat bevel cutting, making it a versatile machine.
● Linkage performance: The cutting head can rotate and swing (adjustable according to actual parameters), and the five axis coordinated linkage has no dead zones, accurately adapting to the cutting of complex parts such as H-shaped steel flange plates, web plates, ends, corners, etc., without the need for repeated flipping or clamping. It can achieve one-time formation of H-shaped steel bevels, hole positions, and cuts, breaking through the angle limitations of traditional H-shaped steel cutting, greatly reducing processing steps, and meeting the integrated processing needs of H-shaped steel.
● Motion control: Adopting a high-precision CNC system, supporting offline programming and 3D visual scanning calibration, it can quickly read H-beam numerical models, automatically adapt to H-beam specifications, quickly generate processing programs, fast calculation speed, easy operation, and reduce the difficulty of manual programming; Equipped with dual-motor servo synchronous drive, it provides fast dynamic response and stable operation, ensuring consistent accuracy during the cutting of long H-beam materials. At the same time, the BCW scanner is standard, which can detect real-time deviations in H-beam raw materials, automatically compensate, and completely solve the problem of machining accuracy caused by raw material size deviation.
2. Intelligent and convenient operation
● Human-computer interaction: Equipped with a user-friendly human-machine interface, supporting Chinese/English language switching, built-in H-beam standard processing parameter library, for H-beams of different specifications and materials, parameters can be directly called, easy to operate and learn, and beginners can quickly get started; Support remote monitoring and diagnosis, facilitate equipment maintenance and troubleshooting, and reduce downtime.
● Steel nesting software: Seamlessly integrated with widely used steel structure design software such as Tekla, it automatically identifies and breaks down H-beam design information, reduces manual drawing and nesting work, achieves rapid conversion from design to product, simplifies traditional workflows, and improves efficiency.
3. Efficient and stable cutting performance
● Cutting efficiency: Equipped with a customizable laser power ranging from 20,000 to 40,000W, optimized for laser energy output for H-beam cutting, it improves cutting efficiency by 3–5 times compared with traditional flame and plasma cutting, and a more than 2 times improvement compared to ordinary laser cutting machines for H-beam cutting. It can achieve 24-hour continuous and stable operation, meeting the batch processing needs of H-beams.
● Optical path system: Adopting a fully enclosed hard optical path design, it ensures a clean and dust-free optical path, stable laser energy, and consistent cutting performance. Equipped with a high-quality laser cutting head dedicated to H-beam, it can precisely control laser parameters according to the material (carbon steel, stainless steel, etc.) and thickness of the H-beam, adapting to the cutting needs of different parts of the H-beam (flange plate, web plate), especially suitable for bevel cutting of thick H-beam plates.
● Positioning accuracy: The positioning accuracy on the X/Y axis can reach ±0.02mm/m, and the positioning repeatability can reach ±0.03mm/m. It maintains precise tolerances for H-beam hole drilling, beveling and cutting. Cuts feature smooth, burr-free surfaces with zero residual stress and no thermal distortion, removing the requirement for secondary grinding and finishing and greatly boosting overall H-beam machining quality.
● Equipment stability: The adoption of an integrated welded gantry structure/gantry dual-drive structure ensures strong rigidity and excellent resistance to deformation of the bed frame. This structure is suitable for the stability required during H-beam cutting, effectively reducing vibration and deformation during H-beam processing, laying the foundation for high-precision machining.
4. Flexible and Customizable Configuration Options
● Flexible layout: Single-station length of 12 meters, supports dual-station configuration (extensible to 24 meters). It comes standard with H-beam-specific fixture interfaces, meeting the clamping requirements of H-beams in different specifications. The fixtures can be quickly adjusted to accommodate various sizes.
● Multi-purpose: In addition to large-volume H-beam cutting, it can simultaneously fulfill customers' requirements for straight and bevel cutting of flat plates.
● Customizable workstation: The workbench can be configured as rotary or translational according to the specifications of H-beams and various plates, accommodating the processing of H-beams of different sizes with excellent versatility. Customers can select the optimal workstation layout according to their production requirements and workshop space conditions: H-beam workstations (single or double), and flat plate workstations (single or double).
5. Green environmental protection and safety guarantee
● Green processing: Laser non-contact cutting, compared to traditional flame cutting, generates no dust, harmful gases, or noise pollution, meeting modern industrial environmental standards; it also eliminates tool wear, reduces consumable usage, and lowers environmental and operating costs during H-beam processing.
● Safety protection: Equipped with a standard gantry-type bed frame, a fully enclosed protective structure, an intelligent safety grille, and a visual monitoring system, the machine prevents personnel from accidentally entering the H-beam cutting area, ensuring operator and equipment safety.
Detailed Technical Parameters
Successful Customer Cases
Customer Site 1: Double H-beam workstation
Customer feedback: The equipment has completely addressed the issues of low cutting accuracy and severe deformation associated with traditional H-beam cutting. The bevel is formed in a single operation, eliminating the need for secondary processing, and the processing efficiency has increased by 4 times, significantly reducing our production costs and rework rates.
Customer site 2: H-beam workstation + flat plate workstation
Customer feedback: While meeting the cutting requirements of large volumes of H-beams, the equipment can also perform straight and bevel cutting of flat plates, making it a multi-purpose machine.
After-Sales Service & Support
● Installation and Commissioning: For H-beam processing applications, we provide paid on-site installation and equipment commissioning services. We also provide on-site guidance to operators become familiar with H-beam clamping procedures, parameter setting, program commissioning, and other operations as well as basic maintenance.
● Technical training: We provide comprehensive one-on-one technical training covering laser fundamentals and operating principles, laser system structure, operation, maintenance, and care, dedicated H-beam programming procedures, equipment maintenance, troubleshooting, and raw material error compensation. The training ensures that customer personnel can operate and maintain the equipment independently. Additionally, provide training on Tekla software integration skills.
● Warranty service: 1-year warranty for the entire machine. Free maintenance and replacement of faulty components during the warranty period.
● Emergency response: We provide 7×24-hour online technical support, quick response to fault inquiries, and on-site repair services by professional engineers when required, helping minimize downtime and production losses.
● Value-added services: We provide long-term value-added services such as equipment upgrades, consumable supply, remote monitoring and diagnosis, and customized fixture development for H-beam processing. We regularly update the H-beam processing parameter database to ensure long-term stable operation of the equipment and reduce customer maintenance costs.
Pre-sales Service
One-on-one consultative service
Assist customers in equipmentselection
Customized Solutions
Transportation plan consultation
In-sales Service
Production supervision
Communicate project progress in atimely manner
Factory debugging and testing
After-sales Service
Transport Service
Installation Service
TRAINING
Quality Assurance Service
Spare Parts Service
FAQs
Q: What is the core difference between a 3D five-axis H-beam laser cutting machine and traditional H-beam cutting equipment (flame and plasma)?
A: The core differences lie in precision, efficiency, and processing quality: ordinary flame and plasma cutting of H-beams has low precision, causes thermal deformation, and produces many burrs on the cut edges, requiring secondary processing, resulting in low efficiency and high emission; this equipment adopts five-axis linkage laser cutting technology, which reduces thermal deformation and burrs, eliminating the need for secondary processing. The precision of hole position and bevels is controllable, with efficiency increased by 3-5 times. At the same time, it is environmentally friendly and pollution-free, capable of completing multiple processes with one setup, and can automatically compensate for raw material errors, solving many pain points of traditional processing. It is also suitable for cutting complex parts, eliminating the need for repeated setups.
Q: What specifications and materials of H-beams can the equipment process? What are the maximum processing thickness and length?
A: It can process H-beams made of various materials such as carbon steel, stainless steel, and aluminum alloy, including specifications such as wide flanges, narrow flanges, and unequal flanges. The maximum processing thickness depends on the laser power, with a conventional 2000W laser capable of processing up to 45mm. The maximum processing length can be customized, with a maximum length of up to 26 meters. It can process two 1.2×0.6×12m H-beams simultaneously, meeting the processing needs of H-beams of different sizes.
Q: Is the equipment difficult to operate? Do different H-beam specifications require reprogramming?
A: The equipment is easy to operate and learn, equipped with a user-friendly human-machine interface that supports switching between Chinese and English. It has a built-in standard H-beam processing parameter library, allowing direct access to parameters for different specifications and materials without the need for reprogramming. Additionally, it supports offline programming and 3D visual scanning calibration, seamlessly integrating with Tekla software to quickly read H-beam design digital models and automatically generate processing programs. New operators can operate independently after 1-3 days of training, significantly lowering the operational threshold.
Q: Is the maintenance cost of the equipment high after the warranty period? Is there any exclusive guarantee for the core components used in H-beam cutting?
A: The core components of the equipment (laser generator, cutting head, fixture, scanner, and numerical control system) offer high stability and low failure rates. Additionally, we provide long-term consumable supply and preferential maintenance services, with operation and maintenance costs significantly lower than those of similar products in the industry. Furthermore, we offer remote monitoring and diagnostic services to help predict potential equipment failures in advance, reduce downtime, and lower maintenance costs.
Q: Can the equipment be customized according to our H-beam processing requirements, such as special specifications of H-beams and specific bevel types?
A: Yes, we support comprehensive customization, including processing breadth (extensible up to 26 meters), laser power (2000W-40000W), workbench type, H-beam-specific fixtures, bevel types, etc. At the same time, we can customize raw material error compensation parameters to fully adapt to your H-beam processing requirements, specification needs, and process requirements, meeting the customized cutting needs of special-sized H-beams.
Contact Us for Customized Solutions
If you have any demands, such as customized parameters, model selection or price inquiry, please contact us immediately. We will provide you with the most suitable solutions and competitive price!
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