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UV laser marking: one-stop advanced customization solution, instant engraving, instant experience!

UV laser marking technology, as an important branch of laser marking technology, is a popular choice in today's laser processing field. With its unique cold processing characteristics, this technology significantly reduces the limitations of imaging fineness and thermal effects, demonstrating excellent performance. It is widely used in many fields and is not only economical and efficient, but also environmentally friendly and low-carbon, marking a major progress in laser processing technology. In key areas such as quality traceability and anti-counterfeiting, UV laser marking technology plays an important and constructive role.


UV laser marking is widely used in various industries such as integrated circuits, food packaging,3C electronics, handmade jewelry, cosmetics, craft gifts, electrical components, textiles and clothing, medical equipment, etc. It can quickly mark, engrave, line, micro Hole processing.

 

Different from infrared processing, the focused spot of ultraviolet laser is extremely small, and the processing heat-affected zone is small. It can achieve ultra-fine marking and marking of special materials. It is the first choice for customers who have higher requirements for marking effects. The technical advantages of UV laser marking mainly include:

 

1.Able to achieve lossless marking

The UV laser uses a cold light source, has a small heat-affected area, and uses non-contact non-destructive marking, which will not cause deformation, damage or scorching of the 2.workpiece, and has a high yield rate.

Ultra-fine marking, perfect effect

The ultraviolet laser beam has good quality, the focused spot is extremely small, reaching the nanometer level, the processing effect is clear, the texture is delicate, and it presents a high-end feel.

3.Wide range of applicable materials

It is suitable for common types of metal and non-metal materials as well as special materials, especially in the field of brittle and fragile workpieces. The processing advantages are more significant.


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