Stainless steel is widely used in homes, such as gas stoves in the kitchen, microwave ovens, gas stove electronic components, cabinet countertops, kitchen hardware, etc. Adopting fiber laser cutter, it is possible to stop cutting, cutting, punching and other processing of stainless steel.
Stainless steel pots and tableware are resistant to high temperatures and easy to wash, and the overall value is high.
Stainless steel pendants, hardware, high hardness, high precision, wear resistance, easy to liquidate.
Stainless steel countertops are perfect, no sanitary corners, wear-resistant and dirty, and now all stainless steel cabinets have become the choice of many families!
There are also gas stoves, gas stoves, oven microwave ovens, etc., which use a lot of stainless steel electronic components, high precision, corrosion resistance, sponsor these kitchen equipment for better performance, and have a longer application life.
Therefore, the use of stainless steel is common, and the stainless steel processing of various examples is not particularly intense. Rare stainless steel cutting methods include low-pressure water jet waterjet water cutting, stepping punching, file cutting, disc cutting, grinding wheel cutting, laser cutting, etc. This stainless steel sheet fiber laser cutter occupies a large proportion in industrial production.
Perfect Laser fiber laser cutter uses the energy released by the laser beam to illuminate the outside of the steel plate to melt and evaporate the stainless steel. The CO2 laser cutting machine or fiber laser cutter is usually used, with a power of 500 to 2500 watts. This power is lower than the power required by many domestic electric heaters.
However, the laser beam is concentrated in a small area via the lens and the mirror. The height of energy can be combined to stop the heating of the agile part and evaporate the stainless steel. Because the energy is abnormally combined, the only heat that is transferred to other parts of the steel is that the deformation is small or not.
With the laser, the blanks of the complicated shape can be cut with an extremely precise degree, and the cut blanks need not be further processed.
The fiber laser cutter can cut stainless steel of 4mm and the following, adding oxygen to the laser beam can cut 8~10mm thick stainless steel, but after oxygen cutting, it will form a thin oxide film on the cutting surface. The maximum thickness of the cut can be increased to 16 mm, but the dimensional deviation of the cutting member is large.
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