RFH 355nm UV laser marking ceramics, giving it a unique taste
Ceramics are unique to the Chinese. The ceramic craftsmanship inherited for thousands of years has created too many possibilities, and ceramic technology is also being explored in the continuous progress of the Chinese.
The anti-counterfeiting effect of RFH 5W10W ultraviolet laser may help you distinguish the quality of ceramics
In modern times, high-quality dishes are often made of ceramics. In order to identify the quality of ceramics or to promote the brand, we often choose to mark the surface of ceramic products to highlight the information that needs to be conveyed. Ultraviolet laser marking is currently the most commonly used ceramic surface marking process. Compared with traditional inkjet printing, RFH's ultraviolet laser has solved its shortcomings such as easy alteration, unenvironmental protection, limited anti-counterfeiting effect, and long-term continuous use.
RFH ultraviolet laser makes ceramic craftsmanship that has been passed down for thousands of years shine more brilliantly
Using RFH UV laser for marking, the beam quality is superior, the frequency used is absolutely guaranteed, and it can run stably for 24 hours, eliminating the need for regular replacement of ink cartridges. In addition, RFH UV laser marking also has other advantages. It can reduce costs and increase quality, without producing substances harmful to the human body and the environment, so that the manufactured ceramics have no concerns in quality inspection and can guarantee the quality of the ceramics. The marked content is difficult to forge, and has a significant improvement and guarantee in anti-counterfeiting and safety performance. This is why many ceramic manufacturers choose RFH.
RFH is not only creating its own history, but also creating the history of the industry. RFH, which has become a national cutting-edge laser technology enterprise, will continue to go on firmly.
uv laser | green laser | Ultraviolet lasers | uv dpss laser | nanosecond laser | UV laser source | Solid State Lasers