With the rapid development of laser technology, laser processing forms are gradually changing. In order to meet the needs of surface processing, the current 3D laser marking technology is also gradually emerging. Compared with the previous 2D laser marking, 3D laser marking can quickly laser mark products with uneven surfaces and irregular shapes, which not only improves the processing efficiency, but also meets the current personalized processing needs. Nowadays, the rich display styles of processing and production provide more creative processing technology for current material processing.

3D laser marking machine

In recent years, with the gradual expansion of market demand for 3D marking services, the current 3D laser marking technology has also attracted the attention of many industry companies. Triumphlaser have developed their own 3D laser marking machines, which are widely used in mobile phone manufacturing. , Three-dimensional circuits, medical equipment, molds, 3C electronics, auto parts, electronic communications and other industries. The refined surface marking provides a professional solution for surface processing.

The current 3D laser marking machine adopts the front focusing optical mode and uses larger X and Y axis deflection lenses. This is conducive to the transmission of a larger laser spot, the accuracy of focusing and the energy effect are greatly improved, and the surface of the mark is also larger. At the same time, 3D marking will not move up with the laser focal length like 2D laser marking, which will affect the energy of the surface of the processed article, and ultimately lead to unsatisfactory engraving effects. After the use of 3D marking, the current 3D laser marking can be used to complete all curved surfaces with a certain range at one time, which greatly improves the processing efficiency. In the current manufacturing process, in order to meet specific needs, there are many products with irregular shapes, and some products may still have irregularities on the surface. The traditional 2D marking method seems a bit powerless. At this time, you need to use the current 3D laser marking can complete the processing. Although the current fiber laser marking machine has been widely used in many fields, the emergence of the 3D laser marking machine has effectively filled the lack of laser surface processing and provided a broader stage for current laser applications.