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MTF1390

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MTF1390

The amount of laser power at the time of cutting depends primarily on the nature of the material being cut and the type of cut required. However, in general, it can be concluded that the greater the power, the greater the thickness of the material that can be cut, and the cutting speed and the width of the slit are also increased; the laser power required for different cutting types is gasification cutting>melting cutting>oxygen cutting. Different cutting materials will correspond to the best laser power, and the determination of the best power needs to be judged by actual cutting and observation. In general, if the actual power is greater than the optimal power, then the heat affected zone around the cut will be enlarged, and the sharp corners will even be partially melted, making it look like a rounded shape, thus affecting the cutting effect. . When the actual power is less than the optimal power, the roughness of the lower part of the cutting surface is deteriorated, and the slag is hard and hard to remove.

Since the sputtering state of the spark during the cutting process is directly affected by the flow of the molten metal in the slit, the determination of the optimum laser power can be judged by the spark state of the sputtering during the cutting process. If the power selection is appropriate, the state of the spark should be straight and concentrated, slightly lagging but in the same direction as the cutting direction, slender.

The amount of laser power at the time of cutting depends primarily on the nature of the material being cut and the type of cut required. However, in general, it can be concluded that the greater the power, the greater the thickness of the material that can be cut, and the cutting speed and the width of the slit are also increased; the laser power required for different cutting types is gasification cutting>melting cutting>oxygen cutting. Different cutting materials will correspond to the best laser power, and the determination of the best power needs to be judged by actual cutting and observation. In general, if the actual power is greater than the optimal power, then the heat affected zone around the cut will be enlarged, and the sharp corners will even be partially melted, making it look like a rounded shape, thus affecting the cutting effect. . When the actual power is less than the optimal power, the roughness of the lower part of the cutting surface is deteriorated, and the slag is hard and hard to remove.

Since the sputtering state of the spark during the cutting process is directly affected by the flow of the molten metal in the slit, the determination of the optimum laser power can be judged by the spark state of the sputtering during the cutting process. If the power selection is appropriate, the state of the spark should be straight and concentrated, slightly lagging but in the same direction as the cutting direction, slender.


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