Laser engraving processing, also known as laser processing, is one of the four great inventions of mankind in the 20th century. It has been widely used in industry, military, scientific research and daily life. The 21st century claims that mankind has entered the age of optoelectronics. The further widespread application of laser technology as energy photoelectrons will greatly change human production and life.
Because the laser engraving beam has four special laser engraving processability properties: high brightness, high directionality, high monochromaticity and high coherence, it brings some laser engraving processing characteristics that other processing methods do not have. Because it is non-contact processing, there is no direct impact on the material, so there is no mechanical deformation; there is no “tool” wear during the laser engraving process, and no “cutting force” acts on the material; during the laser engraving process, the energy density of the laser engraving beam is high , the processing speed is fast, and it is local processing, which has no or minimal impact on the non-laser irradiated parts.
Today I will mainly talk about how laser engraving technology is applied in prototype manufacturing scenarios:
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