Laser marking machine, people often call it laser engraving machine, laser engraving machine, laser machine, laser engraving machine, laser marking machine and so on.

The sphere is a common thing in our lives. In order to meet specific needs in processing and manufacturing, it is often necessary to make some logos or engrave some pictures on some spherical products. For a globe, the traditional method is to first unfold the sphere into a plane, print or print the required content, then cut the printed or printed content, and finally paste the cut and printed or printed content onto the made globe. The traditional marking method has many processes, high consumables, insufficient marking, long production cycle, and high defect rate. According to market needs, Foshan Fulan Laser Technology Co., Ltd. specially developed a special 3D laser marking machine for spheres.

Below, the editor of Fulan Laser briefly introduces the special 3D laser marking machine for spheres:

1. Stable performance, can work for a long time;

2. Using high-speed digital scanning head, small size, fast speed and good stability;

3. The laser power is controlled by software, continuously adjustable, marking and cutting can be realized on one product at the same time;

4. No consumables and low processing cost.

5. Using advanced 3D laser projection technology, the sphere can be fully covered and marked in 360 degrees;

6. Using five-axis simultaneous motion marking: 3 axes of scanning galvanometer, 2 axes of frame;

7. Any content can be marked on the sphere, such as marking on the globe, engraving the latitude and longitude of the earth, Chinese and English characters, patterns and patterns;

8. High marking accuracy: It can be used to mark a large amount of information on extremely small objects. For example, a fine and clear world map can be marked on a small sphere of about 10 cm.

The sphere laser marking machine independently developed and produced by Foshan Fulan Laser is mainly suitable for marking spheres and round objects of various materials.