Laser Engraving Machine

With the rapid development of optoelectronic technology, the application of laser engraving technology is becoming more and more extensive, and the requirements for engraving accuracy are getting higher and higher. There are three factors that reflect the development level of laser material processing: the first is laser technology, that is, the laser device technology applied to laser material processing; the second is the machinery and control systems for laser equipment processing, that is, laser processing equipment; the third is Is the level of laser processing technology. Because laser technology is already a mature technology, the ability to effectively control laser equipment and the level of laser processing technology have become the bottlenecks in the application of laser engraver technology.

Ordinary mechanical engraving cannot engraving dots of different thicknesses in an economical manner, so it does not have a grayscale expression. Laser engraving machine realizes engraving by dots, which has natural advantages in grayscale expression. For this reason, the grayscale expression form should be used as much as possible in the engraving design. This has the advantages of reducing the coloring process and saving costs on the one hand, and enriching the expression methods of engraving on the other, and increasing the level of graphics.

With the continuous development of optoelectronic technology and large-scale integrated circuits, laser engraving will definitely be more widely used. Wood is by far the most commonly used laser processing material, and it is easy to engrav and cut. Light-colored wood like birch, cherry or maple is easily vaporized by laser and is therefore more suitable for carving. Each kind of wood has its own characteristics, and some are denser, such as hardwood, which requires greater laser power when carving or cutting. We recommend that you study the carving characteristics before carving less familiar wood.