What kind of laser cutting is suitable for cutting materials

Now with the developing laser cutting technology, with more and more widely in the use of laser cutting fields, its applicable material also more and more. But different materials have different characteristics. The laser cutting machine to cut for what kind of material? 1 you need to use the oxygen cutting stainless steel, stainless steel, in the case of edge oxidation it doesn't matter; Using the edge of the nitrogen to get without oxidation without burr, no longer need to be dealt with. Oil film in the plate surface coating will get better effect of perforation, without reducing the processing quality. 2, structural steel, the material will get good results with oxygen laser cutting. When oxygen was used as processing of gas, cutting edge will be mild oxidation. About 4 mm in thickness plate, can use nitrogen as high pressure processing gas cutting. In this case, the cutting edge will not be oxidized. More than 10 mm in thickness of plate, the use of laser special plate and workpiece surface in the processing oil can get good effect. 3, copper and brass both material with high reflectivity and good thermal conductivity. Can use nitrogen gas cutting thickness 1 mm below the brass; Thickness of 2 mm below the copper can be cut, processing must use oxygen gas. Only the reflection absorption devices are installed on your system when cutting of copper and brass. Otherwise would destroy reflection optical components. 4, titanium, titanium plate with argon and nitrogen as processing of gas cutting. Other parameters can refer to nickel chrome steel. 5, despite high reflectance and thermal conductivity, aluminum thickness under 6 mm aluminum can undertake laser cutting, depending on the type of alloy and laser. When using oxygen cutting, cutting surface is rough and hard. With nitrogen, the cutting surface smooth. Because of its high purity pure aluminum is very difficult to cut, only 'reflection absorption devices are installed on your system when cutting aluminum. Otherwise would destroy reflection optical components.