Fiber laser marker marks on both metal&nonmetal materials such as steel,aluminum,copper,brass,plastics,cloths and so on.when choosing a fiber laser marker supplier, try to work with experienced one. XD laser can off fiber laser with different designs,original software,real Raycus or max or IPG or other brands laser sources. You can contact us to choose your suitable design laser marker.

Normally, laser marking machine includes co2 laser marking machine and fiber laser marking machine.About laser power, fiber laser marker mainly has 20W,30W,50W. The higher the power,the deeper it can mark. Co2 laser marker mainly has 50W,60W,80W.The higher the power,the deeper it can mark. When you want to choose a laser marking machine,1stly you need to confirm all the materials you need to mark.If you need to mark on metal and nonmetal,a fiber laser marker is your best choice. However,fiber laser marker can not mark on wood and acrylic that has no color.

There are 3 kinds of marking machines. They are fiber laser marking machine,co2 laser marking machine and UV laser marking machine. All of the 3 machines has Galvo head and they can mark at very fast speed and high precision.Sometimes,the speed can reach 10000mm/s. They are no touching marking, no harm to the materials. Fiber laser marking machine and UV marking machine can process both metal and nonmetal while co2 laser marking machine works only on nonmetal.-XDLASER

20W 30W 50W are the popular laser powers for fiber laser metal marking machines. The bigger the laser power, the deeper it can mark into the surface. 30W is the most popular laser power. 20W 30W 50W fiber laser marking machine can mark both metal and nonmetal materials. XD laser

The difference between normal fiber laser marking machine and flying fiber laser marking machine is that, flying fiber laser marking machine can be joined with production line.

What is the thermal lens effect? When the optical lens is continuously irradiated by the laser beam for a long time, it will produce thermal deformation due to the increase of temperature, which will change the refractive index of the transmissive optical element and the reflection direction of the