Manufacturers tell you how to buy fiber laser cutting machine
in recent years,fiber laser cuttingTechnology has been more and more widely used in metal cutting and non-metal cutting industries, such as sheet metal and handicrafts. Fiber laser cutting machine technology is quite mature, and fiber laser cutting machine manufacturers have a large market share in the cutting industry. However, there are still many users who have various problems on how to choose the right laser cutting machine. How to choose the correct fiber laser cutting machine can be considered from the following aspects.
First of all,optical fiberlaser cutting machineIt belongs to the processing category of metal laser cutting machine, so it can only cut metal, not non-metal such as cloth, leather, stone, etc. The reason is simple.fiber laser cutting machineThe wavelength range is not within the absorption range of the above materials, or the absorption is not suitable, and the ideal cutting effect cannot be achieved. At present, the advantages of non-metallic cutting are not obvious, and the possibility of developing this demand in the future is not ruled out.
Nitrogen is usually used to cut stainless steel plates to prevent oxidation, there are no burrs and edges, and can be directly welded with little post-processing. According to the characteristics of the stainless steel material, it can accelerate the fluidity of the liquid and make the cutting efficiency higher and faster. However, the effect of oxygen cutting by fiber laser cutting machine manufacturers may be worse than that of nitrogen cutting, resulting in blackening and non-smooth end faces.
1. Duefiber laser cutting machineThe non-contact processing, the energy and moving speed of the laser beam are adjustable, and a variety of processing can be realized.
2. The diversity of processing materials is one of the advantages of fiber laser cutting machine. It can be used to process various metals and non-metals, especially materials with high hardness, high brittleness and high melting point.
3. There is no "tool" wear during the machining process, and there is no "cutting force" acting on the workpiece.
4. The heat affected zone of the processed workpiece is small, the thermal deformation is small, and the subsequent processing amount is small.

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