RFH 5W SOLID State Q-SWITCHED UV Laser high-speed marking packaging bag date
The production of plastic packaging bags has the same characteristics, that is, good anti -counterfeit properties, fast production speed, and production environment. The technology of label production on plastic packaging bags has improved due to the emergence of laser and avoiding many problems.
Compared to the traditional ink injection, RFH's solid State Q-SWITCHED UV Laser has well solved its shortcomings such as easy modification, non-environmental protection, limited anti-counterfeiting effects, and unable to use it for a long time, which fully meets the production requirements of plastic packaging bags. Solid State Q-SWITCHED UV Laser beam is superior quality. It can be run in all frequency bands, and it can be produced for 24 hours. It is no longer necessary to replace the ink cartridge on a regular basis.
In addition, the high energy of the Solid State Q-Switched UV Laser will not destroy plastic materials in non-processing areas, and will not produce harmful substances to the human body and the environment. There are also significant improvements and guarantees in anti -counterfeiting and safety performance.
In addition, the obtained labels can disappear the text patterns from being worn for a long time and avoid unnecessary trouble. The most important thing is that the rapid production capacity of Solid State Q-Switched UV Laser makes flight marking assembly lines possible, which greatly helps some production bags with large production volume.
Although plastic packaging bags are very important in environmental protection, it is still a very important packaging material so far. The RFH Solid State Q-Switched UV Laser's marking of plastic packaging has avoided many risks, brought a lot of benefits and the guarantee of quality, and transported power for plastic production in my country.
10w solid-state UV laser parameter:
Power supply+laser head+cooling system sold in a group
Being client-oriented, RFH offers proposal of selling the whole laser system in a group so that the laser system can maximize its performance while maintaining its stability.
