Metal Sheet Cutters
Laser power: 12 [kW]
Max. thickness of sheet: 30 [mm]
Max. no-load speed: 140 [m/min]
Max. acceleration: 3 [G]
Laser power: 12 [kW]
Max. thickness of sheet: 30mm[mm]
Max. no-load speed: 120 [m/min]
Max. acceleration: 1.2 [G]
Laser power: 12 [kW]
Working Area: 3000*3000-10000*4000 [mm]
Max. no-load speed: 120 [m/min]
Max. sheet size: 6050*2030 [mm]
Max. no-load speed: 130 [m/min]
Max. load of platforms: 2900 [kg]
Laser power: 6-30 [kW]
Plate size: 3080*1530-12100*2530 [mm]
Max. no-load speed: 200 [m/min]
Max. load: 18860 [kg]
Laser power: 30-80 [kW]
Plate size: 6100*2530-12050*2530 [mm]
Max. no-load speed: 200 [m/min]
Max. load of platforms: 9000-18860 [kg]
Max. carbon/stainless steel cutting thickness: 200 [mm]
Max. no-load speed: 200 [m/min]
Max. load of dual platform: 40000 [kg]
Laser power: 6-80 [kW]
Plate size: 6000*3000-46000*4000 [mm]
Max. no-load speed: 120 [m/min]
Max. no-load speed: 100 [m/min]
Max. Load (extensible): 94200 [kg]
Plate thickness: 1-200mm
Working area: 12000*3000mm
±45°bevel cutting
Laser power: 1.5-12 [kW]
Sheet size: 3050*1530-6050*2030[mm]
Max. no-load speed: 120 [m/min]
Max. Load: 1900 [kg]
Sheet size: 3050*1530-6050*2030 [mm]
Max. no-load speed: 100 [m/min]
Max. Load: 2000 [kg]
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What Are the Advantages of a Metal Sheet Cutter?
A metal sheet cutter is a device specifically designed for precisely cutting metal sheets, widely used in shipbuilding, bridge construction, and various metalworking industries. This equipment enables accurate marking and smooth cutting, making it suitable for heavy-duty industrial operations.
The most common type is the laser metal cutting machine, and its advantages include the following:
High precision: Uses a high-precision (±0.1 mm) laser beam to cut complex shapes from metal sheets.
Material savings: Nesting software improves the utilization rate of leftover materials by 15%.
Labor savings: Can be equipped with automatic loading and unloading devices, allowing one operator to monitor multiple machines and reducing labor costs.
Peace of mind: Cut surfaces are smooth and burr-free, eliminating the need for secondary grinding.
Convenience: Does not require hiring experienced professional operators for years; the machine is easy to learn and operate, and processing accuracy is not affected by human emotional factors.
What Materials Can a Metal Sheet Cutter Cut?
A metal sheet cutter is capable of cutting a wide variety of materials, including stainless steel, carbon steel, alloy steel, silicon steel, aluminum, aluminum alloys, galvanized sheets, aluminum-zinc coated sheets, pickled sheets, titanium, and other metal sheets.
What Industries Are Suitable for Metal Sheet Cutters?
Metal sheet cutters can be applied to most metalworking industries, such as sheet metal fabrication, kitchenware, aerospace, electrical enclosures, household kitchen appliances, automotive parts, construction, and agricultural machinery, among others.
Does a Metal Sheet Cutter Offer High Cutting Precision?
Yes, very high. Typically, the machine’s positioning accuracy is ±0.05 mm/m, and the repeat positioning accuracy is ±0.02 mm. In actual cutting, the contour accuracy is ±0.03 mm, and the kerf width can be as thin as approximately 0.05 mm. For batch production, the guaranteed engineering tolerance can meet ±0.1 mm. Please note that the above data may vary by brand, model, and cutting parameters, so you should select the corresponding machine based on your specific requirements.
Is Secondary Processing (Deburring/Grinding/Straightening) Required After Sheet Metal Laser Cutting?
In 90% of applications, secondary processing is not required.
Typically, secondary processing may be needed in two situations:
For precision mechanical mating parts with extremely high accuracy requirements, where the tolerance is within ±0.01 mm.
For applications that demand an extremely high surface finish (roughness).
How to choose the right metal sheet cutting machine?
When selecting a metal sheet cutter, you need to pay attention to the following 10 factors:
Laser power
Cutting speed
Cutting precision
Laser generator type
Level of automation and software
Overall costs
Material compatibility
Technical support and service
Installation space and requirements
Environmental and safety factors
