Advantages of laser marking
Laser marking is a commonly used industrial markingtechnology that plays an important role in the processing industry.
1. High precision: Laser marking systems can achievevery high precision and resolution. The diameter of the laser beam is very small and can meticulously engrave details such as patterns, text, and barcodes, making the marking results very clear and precise.
2. Non-contact processing: Laser marking is anon-contact processing technology. The laser beam acts directly on the material surface without physical contact. This means that wear or deformation of the material surface can be avoided, which is especially important for fragile or fragile materials.
3. High-speed processing: Laser marking is fast, andthe processing speed can reach hundreds to thousands of millimeters per second. This makes laser marking very suitable for industrial production lines, enabling high-efficiency continuous marking.
4. Durability and wear resistance: The marking resultsof laser marking usually have high durability and wear resistance. The laser beam can create permanent marks on the surface of the material that are not prone to wear or fading. This makes laser marking particularly suitable for products or parts that require long-term marking.
5. Multi-material applicability: Laser marking issuitable for many different types of materials, including metal, plastic, glass, ceramics, etc. Different types of materials may require different types of laser sources, but laser marking technology itself is widely adaptable.
6. Flexibility and programmability: The laser markingsystem can be programmed and adjusted as needed to achieve various marking effects. Parameters such as font, pattern, size and depth can be switched to flexibly meet different marking requirements.
Laser marking technology has the advantages of highprecision, non-contact processing, high-speed processing, durability, multi-material applicability and flexibility, making it an important technology
in the field of industrial marking.