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Our fiber laser cutting machine deliver high speed and high precision metal cutting for stainless steel, carbon steel and aluminum sheets across industrial applications.
A tube laser cutting machine is designed for cutting round, square, rectangular, and certain profile tubes with programmed holes, slots, bevels, and end shapes. It is selected when tube processing needs accuracy, repeatability, and reduced manual layout.
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The mechanical bed is fabricated from welded steel with strong structural rigidity for tube cutting applications. A stable frame is essential for supporting long pipes and maintaining cutting accuracy during chuck rotation and high-speed axis movement.
The frame can be treated with high-temperature annealing, high-speed shot blasting, and stress-relief processing to reduce internal stress and prevent long-term deformation. This helps the machine maintain stable performance during continuous tube cutting production.
The fiber laser source provides stable cutting energy for round tubes, square tubes, rectangular tubes, and other pipe profiles. Different laser power levels can be selected according to tube material, wall thickness, cutting speed, and production requirements.
High-quality fiber laser sources provide stable beam quality, compact structure, high electro-optical conversion efficiency, and convenient maintenance. A reliable laser source improves piercing performance, cutting edge quality, and long-term production stability.
The auto-focusing cutting head adjusts focus position according to material thickness and tube cutting requirements. This reduces manual setup time and helps maintain stable cutting quality across different tube specifications.
Anti-collision protection helps protect the cutting head during high-speed cutting and complex contour processing. Proper focus control improves cutting accuracy, reduces slag, and supports stable operation during continuous pipe cutting.
The control system manages tube cutting programs, chuck rotation, cutting paths, nesting data, piercing settings, and process parameters. It is designed to coordinate linear motion with rotary-axis movement for accurate pipe cutting.
Professional tube cutting software can support contour cutting, hole cutting, bevel preparation, and process database management. A stable control system improves cutting efficiency and reduces setup time for different tube profiles.
The pneumatic chuck provides automatic clamping for pipes and tubes. Full-stroke clamping helps reduce manual adjustment and improves changeover efficiency when switching between different tube sizes.
A strong chuck structure improves clamping stability and reduces tube slipping during rotation. The rear chuck can work with the front chuck to reduce material tailing and improve material utilization.
The oversized front chuck is designed for larger-diameter pipes and heavier tube materials. It increases the machine’s processing range and improves support for demanding tube cutting applications.
A larger chuck option can be selected according to tube diameter, wall thickness, and production requirements. This improves flexibility for structural steel, fabrication, and heavy tube processing work.
Front and rear auxiliary supports help carry long pipes during feeding, cutting, and unloading. They reduce tube sagging and help keep the workpiece aligned with the chuck centerline.
Proper support is important for cutting long or thin-wall tubes because it improves positioning stability, reduces vibration, and helps maintain consistent cutting quality along the full tube length.
The handheld remote controller allows the operator to control key laser cutting machine movements and auxiliary functions from a convenient working position. Common functions can include axis jogging, edge finding, return operation, frame walking, laser emission confirmation, speed adjustment, and auxiliary gas or light control depending on the final machine configuration.
This remote control improves setup efficiency during plate loading, nozzle alignment, edge finding, and test cutting. It helps the operator stay close to the cutting area while keeping machine movement under direct control, making daily operation more flexible, safer, and easier to manage.
Nominal Force: 630 KN
Bending Length: 2500 mm
Vertical Distance: 2000 mm
Throat Depth: 350 mm
Stroke: 150 mm
Max. Opening: 350 mm
Main Power: 5 kW
Axes: 4+1+2 (Y1, Y2, X, R) + V + manual Z1/Z2
Compensation: Motorized
X-travel: 600 mm
X-speed: 200mm/s
Overall Length: 3100 mm
Overall Width: 1500 mm
Overall Height: 2300 mm
Approx. Weight: 5.8 Ton
Nominal Force: 1000 KN
Bending Length: 3200 mm
Vertical Distance: 2700 mm
Throat Depth: 400 mm
Stroke: 200 mm
Max. Opening: 420 mm
Main Power: 8.7 kW
Axes: 4+1+2 (Y1, Y2, X, R) + V + manual Z1/Z2
Compensation: Motorized
X-travel: 600 mm
X-speed: 200mm/s
Overall Length: 3700 mm
Overall Width: 1600 mm
Overall Height: 2500 mm
Approx. Weight: 8.5 Ton
Nominal Force: 1000 KN
Bending Length: 4000 mm
Vertical Distance: 3500 mm
Throat Depth: 400 mm
Stroke: 200 mm
Max. Opening: 420 mm
Main Power: 8.7 kW
Axes: 4+1+2 (Y1, Y2, X, R) + V + manual Z1/Z2
Compensation: Motorized
X-travel: 600 mm
X-speed: 200mm/s
Overall Length: 4500 mm
Overall Width: 1600 mm
Overall Height: 2500 mm
Approx. Weight: 10 Ton
Nominal Force: 1250 KN
Bending Length: 3200 mm
Vertical Distance: 2700 mm
Throat Depth: 400 mm
Stroke: 200 mm
Max. Opening: 420 mm
Main Power: 10.8 kW
Axes: 4+1+2 (Y1, Y2, X, R) + V + manual Z1/Z2
Compensation: Motorized
X-travel: 600 mm
X-speed: 200mm/s
Overall Length: 3700 mm
Overall Width: 1600 mm
Overall Height: 2500 mm
Approx. Weight: 9.5 Ton
Nominal Force: 1250 KN
Bending Length: 4000 mm
Vertical Distance: 3500 mm
Throat Depth: 400 mm
Stroke: 200 mm
Max. Opening: 420 mm
Main Power: 10.8 kW
Axes: 4+1+2 (Y1, Y2, X, R) + V + manual Z1/Z2
Compensation: Motorized
X-travel: 600 mm
X-speed: 200mm/s
Overall Length: 4500 mm
Overall Width: 1600 mm
Overall Height: 2500 mm
Approx. Weight: 12.5 Ton
Nominal Force: 1600 KN
Bending Length: 3200 mm
Vertical Distance: 2700 mm
Throat Depth: 400 mm
Stroke: 200 mm
Max. Opening: 420 mm
Main Power: 13.2 kW
Axes: 4+1+2 (Y1, Y2, X, R) + V + manual Z1/Z2
Compensation: Motorized
X-travel: 600 mm
X-speed: 200mm/s
Overall Length: 3700 mm
Overall Width: 1650 mm
Overall Height: 2600 mm
Approx. Weight: 11 Ton
Nominal Force: 1600 KN
Bending Length: 4000 mm
Vertical Distance: 3500 mm
Throat Depth: 400 mm
Stroke: 200 mm
Max. Opening: 420 mm
Main Power: 13.2 kW
Axes: 4+1+2 (Y1, Y2, X, R) + V + manual Z1/Z2
Compensation: Motorized
X-travel: 600 mm
X-speed: 200mm/s
Overall Length: 4500 mm
Overall Width: 1650 mm
Overall Height: 2600 mm
Approx. Weight: 12.5 Ton
Nominal Force: 2000 KN
Bending Length: 3200 mm
Vertical Distance: 2700 mm
Throat Depth: 400 mm
Stroke: 200 mm
Max. Opening: 420 mm
Main Power: 13.2 kW
Axes: 4+1+2 (Y1, Y2, X, R) + V + manual Z1/Z2
Compensation: Motorized
X-travel: 600 mm
X-speed: 200mm/s
Overall Length: 3700 mm
Overall Width: 1700 mm
Overall Height: 2700 mm
Approx. Weight: 13.5 Ton
Nominal Force: 2000 KN
Bending Length: 4000 mm
Vertical Distance: 3500 mm
Throat Depth: 400 mm
Stroke: 200 mm
Max. Opening: 420 mm
Main Power: 13.2 kW
Axes: 4+1+2 (Y1, Y2, X, R) + V + manual Z1/Z2
Compensation: Motorized
X-travel: 600 mm
X-speed: 200mm/s
Overall Length: 4500 mm
Overall Width: 1700 mm
Overall Height: 2700 mm
Approx. Weight: 14 Ton
Nominal Force: 2500 KN
Bending Length: 3200 mm
Vertical Distance: 2700 mm
Throat Depth: 400 mm
Stroke: 200 mm
Max. Opening: 420 mm
Main Power: 16.7 kW
Axes: 4+1 (Y1, Y2, X, R) + V
Compensation: Motorized
X-travel: 600 mm
X-speed: 200mm/s
Overall Length: 3700 mm
Overall Width: 1700 mm
Overall Height: 2760 mm
Approx. Weight: 15.5 Ton
Nominal Force: 3000 KN
Bending Length: 3200 mm
Vertical Distance: 2700 mm
Throat Depth: 400 mm
Stroke: 300 mm
Max. Opening: 500 mm
Main Power: 21.4 kW
Axes: 4+1 (Y1, Y2, X, R) + V
Compensation: Motorized
X-travel: 600 mm
X-speed: 200mm/s
Overall Length: 3700 mm
Overall Width: 1800 mm
Overall Height: 2900 mm
Approx. Weight: 16.8 Ton
Nominal Force: 4000 KN
Bending Length: 4000 mm
Vertical Distance: 3100 mm
Throat Depth: 400 mm
Stroke: 300 mm
Max. Opening: 600 mm
Main Power: 26.9 kW
Axes: 4+1 (Y1, Y2, X, R) + V
Compensation: Motorized
X-travel: 600 mm
X-speed: 200mm/s
Overall Length: 4500 mm
Overall Width: 2450 mm
Overall Height: 3500 mm
Approx. Weight: 31 Ton
Nominal Force: 5000 KN
Bending Length: 5000 mm
Vertical Distance: 4500 mm
Throat Depth: 500 mm
Stroke: 300 mm
Max. Opening: 600 mm
Main Power: 37 kW
Axes: 3+1 (Y1, Y2, X) + V
Compensation: Motorized
X-travel: 600 mm
X-speed: 200mm/s
Overall Length: 6500 mm
Overall Width: 2800 mm
Overall Height: 4500 mm
Approx. Weight: 50 Ton
Nominal Force: 6000 KN
Bending Length: 6000 mm
Vertical Distance: 4900 mm
Throat Depth: 500 mm
Stroke: 300 mm
Max. Opening: 600 mm
Main Power: 45 kW
Axes: 3+1 (Y1, Y2, X) + V
Compensation: Motorized
X-travel: 800 mm
X-speed: 200mm/s
Overall Length: 6500 mm
Overall Width: 2900 mm
Overall Height: 5100 mm
Approx. Weight: 60 Ton
Nominal Force: 8000 KN
Bending Length: 6000 mm
Vertical Distance: 4200 mm
Throat Depth: 600 mm
Stroke: 400 mm
Max. Opening: 800 mm
Main Power: 55 kW
Axes: 3+1 (Y1, Y2, X) + V
Compensation: Motorized
X-travel: 800 mm
X-speed: 200mm/s
Overall Length: 6500 mm
Overall Width: 2950 mm
Overall Height: 5300 mm
Approx. Weight: 90 Ton
Nominal Force: 8000 KN
Bending Length: 8000 mm
Vertical Distance: 6200 mm
Throat Depth: 600 mm
Stroke: 400 mm
Max. Opening: 800 mm
Main Power: 55 kW
Axes: 3+1 (Y1, Y2, X) + V
Compensation: Motorized
X-travel: 1000 mm
X-speed: 200mm/s
Overall Length: 8500 mm
Overall Width: 2950 mm
Overall Height: 5900 mm
Approx. Weight: 120 Ton
Parameters are subject to change without prior notice. Final chuck diameter, loading system, laser power, cutting head, control system, tube support, voltage, and quotation data should be confirmed according to the actual order.
Send material type, thickness range, part drawings, required tolerance, daily output target, workshop layout, voltage requirement, and any existing process photos or videos. PREF Group can use this information to recommend a practical configuration.
Yes. The final machine can be discussed according to working size, capacity, controller preference, safety system, tooling, automation, voltage, and shipping requirements.
The parameter tables are used for model selection and comparison. Final order specifications should be confirmed with PREF Group before quotation, production, or publishing a final datasheet.
Start from the part drawing and the production bottleneck. If the main issue is bending, cutting, welding, grooving, punching, or spare parts compatibility, PREF Group can compare the related product category and recommend the better fit.
Three Starting Options
Five Basics Before Model Selection
Know the Full Process
Early Warning Signs to Expand
Choose the Right Upgrade Path
Balance the Entire Production Flow
Classification by Distributor Strength
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