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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 single table laser cutting machine is a practical choice for workshops that need flexible sheet cutting without the higher cost or floor space of an exchange-table system. It is often suitable for first laser buyers, lower-to-medium production volume, and shops replacing outsourced cutting.
Main Features:
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The mechanical bed is built with a welded steel structure designed for long-term cutting stability. Rectangular tube sections and internal reinforcement improve overall strength, tensile resistance, and vibration control during high-speed laser cutting.
The bed can be processed with high-temperature annealing, shot blasting, and stress relief treatment to reduce internal stress and prevent deformation. A stable bed structure helps maintain cutting accuracy over long service periods, especially when processing large-format plates.
The beam is designed to balance rigidity and lightweight movement. A well-optimized beam structure helps reduce inertia while keeping enough stiffness for high-speed cutting and accurate positioning.
Finite element analysis can be used to improve dynamic performance, acceleration response, and motion stability. This supports faster cutting cycles while maintaining smooth movement and consistent cutting quality.
The fiber laser source is the core cutting energy system of the machine. Different power levels can be selected according to material type, plate thickness, cutting speed, and production requirements.
High-quality fiber laser sources provide stable beam quality, high electro-optical conversion efficiency, compact structure, and convenient installation. A reliable laser source improves cutting speed, edge quality, and long-term production stability.
The auto-focusing cutting head adjusts the focus position according to material thickness and cutting process requirements. This helps reduce manual adjustment time and improves cutting quality across different plate thicknesses.
Anti-collision protection and stable optical-path design help protect the cutting head during high-speed operation. A suitable cutting head supports smooth piercing, stable kerf quality, and reliable continuous cutting.
The control system manages cutting paths, nesting files, motion control, piercing parameters, gas control, and process databases. It helps operators set cutting parameters quickly for different materials and thicknesses.
Professional fiber laser cutting software can support speed adjustment by power, cutting-process libraries, linear speed settings, and smooth motion control. A stable control system improves cutting efficiency and reduces debugging time.
The electrical system integrates the CNC controller, servo drives, power supply modules, relays, circuit protection components, signal terminals, and cabinet cooling devices in a structured layout. A clean electrical cabinet design helps reduce interference, improve heat dissipation, and make daily inspection or maintenance more efficient.
For a fiber laser cutting machine, stable electrical control is directly related to cutting path accuracy, servo response, laser output coordination, gas control, safety interlock, and continuous production reliability. Proper wiring, reliable grounding, and protected electrical components help the machine maintain stable performance during high-speed cutting and long working shifts.
The water chiller controls the temperature of the laser source and optical components. Stable cooling protects the laser system and helps maintain consistent output during continuous cutting.
Protection functions such as over-temperature alarm, flow protection, and water-level monitoring improve equipment safety. A correctly matched chiller is essential for stable laser power and long-term cutting reliability.
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.
Cutting Range: 3000 × 1500 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 laser power, cutting head, control system, chiller, voltage, dust extraction, 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
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Early Warning Signs to Expand
Choose the Right Upgrade Path
Balance the Entire Production Flow
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