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Laser marking machines use a laser beam to make permanent marks on the surface of various substances. The marking effect is through the evaporation of the surface material to reveal the deep material, or through the light energy to cause chemical and physical changes in the surface material and "carved" traces, or through the light energy to burn off part of the material, showing the required etching of graphics, text.
» Most of the metal and non-metallic materials can be processed.
» The laser is a non-mechanical "tool" for processing, the material does not produce mechanical compression or mechanical stress, no "tool" wear, non-toxic, rarely cause environmental pollution.
» The laser beam is very fine, so that the consumption of the processed material is very small.
» Processing is not like electron beam bombardment and other processing methods such as X-rays, and will not be subject to the interference of electric and magnetic fields.
» Simple operation, the use of microcomputer numerical control technology can realize automated processing, can be used in the production line for parts and components of high speed and high efficiency processing, can be used as part of the flexible processing system.
» The use of precision table can be fine micromachining.
Meet most of the common laser marking applications, such as metal/non-metal/plastic parts characters, text patterns, logo marking, 2D code marking and so on. Mainly used in the field of high precision marking requirements.
Laser marking machines use a laser beam to make permanent marks on the surface of various substances. The marking effect is through the evaporation of the surface material to reveal the deep material, or through the light energy to cause chemical and physical changes in the surface material and "carved" traces, or through the light energy to burn off part of the material, showing the required etching of graphics, text.
» Most of the metal and non-metallic materials can be processed.
» The laser is a non-mechanical "tool" for processing, the material does not produce mechanical compression or mechanical stress, no "tool" wear, non-toxic, rarely cause environmental pollution.
» The laser beam is very fine, so that the consumption of the processed material is very small.
» Processing is not like electron beam bombardment and other processing methods such as X-rays, and will not be subject to the interference of electric and magnetic fields.
» Simple operation, the use of microcomputer numerical control technology can realize automated processing, can be used in the production line for parts and components of high speed and high efficiency processing, can be used as part of the flexible processing system.
» The use of precision table can be fine micromachining.
Meet most of the common laser marking applications, such as metal/non-metal/plastic parts characters, text patterns, logo marking, 2D code marking and so on. Mainly used in the field of high precision marking requirements.
