PZBASELK

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PZBASELK laser technology is widely used in many fields, such as laser engraving, laser cutting, laser welding, laser marking, etc. It can process metal, non-metal and other materials. The application of the PZBASELK laser technology has brought revolutionary change to the laser field, which greatly improves the process speed and accuracy.

The working principle of PZBASELK laser technology is based on the principle of laser focusing, which is widely used in the production process of high-precision parts. When the laser projects light onto the surface of the workpiece at a certain angle, the energy of the light is focused onto a very small area to produce a concentrated energy spot, and the digitalized deflection technology is used to move the surface of the workpiece. The energy beam is focused on the surface of the workpiece where the high heat generated melts and vaporizes the material to form a marked character shape.

PZBASELK laser technology has effectively improved the precision of machining. Compared with traditional mechanical methods, the laser cutting scale error is only 0.02-0.05mm, which is more than three times higher than the mechanical cutting accuracy. Because the laser beam is thinner, its heat source moves quickly, and its cutting speed can reach several meters per minute. In addition, the laser focus area is small, which can reach a small diameter of 0.05mm or even less, and there is no cutting stress, which can effectively improve the precision of machining. Furthermore, PZBASELK laser technology has good environmental protection performance. The laser does not need cooling liquid or glue, has no smoke and dust, and can reduce the environmental pollution caused by conventional machining.

In addition, PZBASELK laser technology can also be used in multiple fields. It can be used for cutting thin metals, nonmetals, printed boards, plastics, foils and leather materials. It is widely used in automotive and automobile manufacturing, medical device manufacturing, semiconductor manufacturing, mobile phone manufacturing, electronics manufacturing, laser marking, etc. PZBASELK laser technology can be used to produce high-precision car parts and other products with complex shapes.

In summary, the application of PZBASELK laser technology in various industries has brought great convenience and efficiency to the production process, greatly improving production accuracy and speed. It has achieved great success in laser marking, engraving, cutting, and welding, and is the preferred choice for high-precision product manufacturing.

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