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Professional H-Beam Fiber Laser Cutting Machine –
Ultimate Solution for Structural Steel Fabrication
1. Introduction of the H-Beam fiber laser cutting machine
In modern construction, shipbuilding, bridges and industrial frames, H-beams (I-beams) are vital components due to their high load-bearing capacity and structural efficiency. Traditional flame or plasma cutting methods have difficulties in accuracy, speed and repeatability - while fiber laser cutting has revolutionized the processing of H-beams.
This machine has good dynamic performance, fast servo response, equipped with medium-power fiber lasers, and high cutting efficiency. It is mainly used for cutting and forming metal materials such as carbon steel plates, stainless steel plates, and aluminum alloys. It is the preferred cutting machine model in the metal material processing industry and one of the equipment independently developed and produced by our company.
Our H-beam fiber laser cutting production line is designed for high-speed, high-precision and automated processing, and is the ultimate choice for structural steel manufacturing.
2.H-Beam Laser Cutting Applications
1. Construction:High-rise steel frames (columns, beams),Prefab buildings (roof trusses, supports)
Stadiums & large venues (curved/angled beams)
2. Bridges & Infrastructure:Highway/railway bridge girders and Tunnel reinforcement structures
3. Shipbuilding & Offshore:Ship hull frames & platforms and Oil rig supports
4. Heavy Machinery:Crane booms and Mining equipment frames
5. Transportation:Train carriages & truck chassis&EV battery frames
6. Energy:Wind turbine towers and Power plant structures
3.Applicable materials of the H-beam fiber laser cutting machine:
Professionally used for cutting H-shaped steel , it can cut high-quality webs below 50-2000mm, wing plates below 50-500mm, and wing plates and web plates with thickness of 0.5-50mm .
4.Technical Parameters of the fiber laser cutting machine:
Processing area | |
Z-axis travel | 120mm |
X/Y positioning accuracy | ±0.03mm/m |
X/Y repeat positioning accuracy | ±0.03mm |
Maximum operating speed | 120m/min |
Maximum acceleration | 1.2G |
Operating voltage | 380V 50HZ |
Incision width | 0.1-0.5mm |
Cutting roughness | Ra3.2 |
Machine operating temperature | 0℃-40℃ |
Machine operating humidity | <90% |
Maximum load of workbench | 12000 Kg |
Total power protection level | IP54 |
5.Core configuration and functional features of laser cutting machine
1. High-precision gantry dual-drive structure
Imported high-precision gear racks and linear guides are used to ensure smooth transmission, fast speed and precise positioning.
The X, Y and Z axes are equipped with Bochu servo motors, which are powerful, have high torque and fast response. With high-rigidity mechanical structure, they can ensure stability and precision during high-speed cutting.
2. High-rigidity bed design
The overall heavy-duty welded bed is annealed + vibration aging to relieve stress, ensuring long-term use without deformation.
The guide surface is finely machined to optimize the mobile response speed and improve cutting stability.
3. Intelligent CNC system BOCHU 9200 System
Equipped with a CNC system optimized for laser cutting, it integrates a variety of efficient cutting function modules (such as automatic edge finding, frog jump and empty shift, etc.), with a simple operation interface and efficient programming.
4. High-performance cutting head BOCI BLT 462 cutting head (Black Diamond) and sensor system
The fiber laser cutting head is equipped with a high-sensitivity capacitive sensor to track the plate position in real time, ensure stable focus, and adapt to fast perforation and high-quality cutting of various materials.
The imported electronic proportional valve accurately controls the gas pressure (oxygen/nitrogen) to optimize the cutting section quality.
5. Optional extended functions
Automatic loading and unloading system: docking material table or manipulator to realize unmanned production.
Bevel cutting module: supports ±45° dynamic focus to meet the welding bevel requirements.
6.Fiber laser cutting machine Production Workflow (Step-by-Step Process)
Material Loading – H-beam placed onto the powered roller conveyor
Auto-Centralization – Lasers scan and adjust beam position
CNC Nesting & Cutting – Laser head cuts holes, slots, miters, and contours
Rotation & Multi-Axis Cutting – Cutting on all sides without repositioning
Unloading & Stacking – Processed beams exit for assembly
7.After-sales Service of the fiber laser cutting machine
1. Warranty period: From the date of product acceptance , the warranty period is 2 years for the whole machine and 3 years for the transmitter. The full set of optical lenses is not covered by the warranty.
2. If there is a problem with the equipment, respond within 4 hours of customer feedback, and will solve the customer problems within 24 hours.
3. The equipment provides lifelong maintenance, and the manufacturer only charges the cost after the warranty period.
4. Our company arranges technical personnel to conduct technical tracking at the customer's production site from time to time, conducts routine maintenance and inspection of the equipment according to the equipment usage, and answers technical questions encountered by customers during operation
Professional H-Beam Fiber Laser Cutting Machine –
Ultimate Solution for Structural Steel Fabrication
1. Introduction of the H-Beam fiber laser cutting machine
In modern construction, shipbuilding, bridges and industrial frames, H-beams (I-beams) are vital components due to their high load-bearing capacity and structural efficiency. Traditional flame or plasma cutting methods have difficulties in accuracy, speed and repeatability - while fiber laser cutting has revolutionized the processing of H-beams.
This machine has good dynamic performance, fast servo response, equipped with medium-power fiber lasers, and high cutting efficiency. It is mainly used for cutting and forming metal materials such as carbon steel plates, stainless steel plates, and aluminum alloys. It is the preferred cutting machine model in the metal material processing industry and one of the equipment independently developed and produced by our company.
Our H-beam fiber laser cutting production line is designed for high-speed, high-precision and automated processing, and is the ultimate choice for structural steel manufacturing.
2.H-Beam Laser Cutting Applications
1. Construction:High-rise steel frames (columns, beams),Prefab buildings (roof trusses, supports)
Stadiums & large venues (curved/angled beams)
2. Bridges & Infrastructure:Highway/railway bridge girders and Tunnel reinforcement structures
3. Shipbuilding & Offshore:Ship hull frames & platforms and Oil rig supports
4. Heavy Machinery:Crane booms and Mining equipment frames
5. Transportation:Train carriages & truck chassis&EV battery frames
6. Energy:Wind turbine towers and Power plant structures
3.Applicable materials of the H-beam fiber laser cutting machine:
Professionally used for cutting H-shaped steel , it can cut high-quality webs below 50-2000mm, wing plates below 50-500mm, and wing plates and web plates with thickness of 0.5-50mm .
4.Technical Parameters of the fiber laser cutting machine:
Processing area | |
Z-axis travel | 120mm |
X/Y positioning accuracy | ±0.03mm/m |
X/Y repeat positioning accuracy | ±0.03mm |
Maximum operating speed | 120m/min |
Maximum acceleration | 1.2G |
Operating voltage | 380V 50HZ |
Incision width | 0.1-0.5mm |
Cutting roughness | Ra3.2 |
Machine operating temperature | 0℃-40℃ |
Machine operating humidity | <90% |
Maximum load of workbench | 12000 Kg |
Total power protection level | IP54 |
5.Core configuration and functional features of laser cutting machine
1. High-precision gantry dual-drive structure
Imported high-precision gear racks and linear guides are used to ensure smooth transmission, fast speed and precise positioning.
The X, Y and Z axes are equipped with Bochu servo motors, which are powerful, have high torque and fast response. With high-rigidity mechanical structure, they can ensure stability and precision during high-speed cutting.
2. High-rigidity bed design
The overall heavy-duty welded bed is annealed + vibration aging to relieve stress, ensuring long-term use without deformation.
The guide surface is finely machined to optimize the mobile response speed and improve cutting stability.
3. Intelligent CNC system BOCHU 9200 System
Equipped with a CNC system optimized for laser cutting, it integrates a variety of efficient cutting function modules (such as automatic edge finding, frog jump and empty shift, etc.), with a simple operation interface and efficient programming.
4. High-performance cutting head BOCI BLT 462 cutting head (Black Diamond) and sensor system
The fiber laser cutting head is equipped with a high-sensitivity capacitive sensor to track the plate position in real time, ensure stable focus, and adapt to fast perforation and high-quality cutting of various materials.
The imported electronic proportional valve accurately controls the gas pressure (oxygen/nitrogen) to optimize the cutting section quality.
5. Optional extended functions
Automatic loading and unloading system: docking material table or manipulator to realize unmanned production.
Bevel cutting module: supports ±45° dynamic focus to meet the welding bevel requirements.
6.Fiber laser cutting machine Production Workflow (Step-by-Step Process)
Material Loading – H-beam placed onto the powered roller conveyor
Auto-Centralization – Lasers scan and adjust beam position
CNC Nesting & Cutting – Laser head cuts holes, slots, miters, and contours
Rotation & Multi-Axis Cutting – Cutting on all sides without repositioning
Unloading & Stacking – Processed beams exit for assembly
7.After-sales Service of the fiber laser cutting machine
1. Warranty period: From the date of product acceptance , the warranty period is 2 years for the whole machine and 3 years for the transmitter. The full set of optical lenses is not covered by the warranty.
2. If there is a problem with the equipment, respond within 4 hours of customer feedback, and will solve the customer problems within 24 hours.
3. The equipment provides lifelong maintenance, and the manufacturer only charges the cost after the warranty period.
4. Our company arranges technical personnel to conduct technical tracking at the customer's production site from time to time, conducts routine maintenance and inspection of the equipment according to the equipment usage, and answers technical questions encountered by customers during operation
