Laser marking technology has the advantages of high precision, wide adaptability and high degree of automation.
1. High precision
Laser marking technology can achieve high-precision marking, and lines can reach millimeter and micron levels, which is particularly important for product anti-counterfeiting. At the same time, because the processing method of laser marking is particularly flexible, flying assembly line marking can meet the requirements of industrial mass production.
2. Wide adaptability
It has wide adaptability to materials and can mark particularly fine marks on the surface of a variety of materials with very high durability.
3. High degree of automation
The combination of laser processing system and computer numerical control technology can form automated processing equipment, which can print various texts, symbols, and patterns, and is easy to design and mark with software Patterns, change mark content, adapt to the fast-paced requirements of modern production.
Application of laser marking technology
1. Chip marking: Laser can produce clean, precise and repeatable cutting. Laser marking technology can be used in electronic components and integrated circuits. (IC), electrical appliances, mobile communications, hardware products and other products are marked with text, trademarks and patterns on their chips, effectively improving the anti-counterfeiting and traceability capabilities of the products.
2. PCB board marking: In the electronics industry, laser marking technology can be used for marking and coding PCB boards (printed circuit boards) to achieve high-precision marking of text, numbers and graphics. Improve product readability and traceability.
3. Metal surface marking: Laser marking technology can produce high-precision marks on the metal surface, such as codes, serial numbers, trademarks, etc., effectively improving the anti-counterfeiting and traceability capabilities of products.
4. Glass surface marking: Laser marking technology can also be used for marking and coding on glass surfaces to achieve high-precision marking of text, numbers and graphics, and is widely used in housings and touch screens of electronic equipment. , display and other components.