532nm green laser so finely engraving wine glass LOGO The wavelength of the green laser is 532nm, and its small wavelength determines that it has high beam quality, small spot size, and can achieve the ultra-fine marking requirements of glass products. Its minimum character can reach 0.02mm.   The 532nm green laser marking developed and produced by RFH can clearly engrave the required text and pattern on the surface of the red wine glass.  

35W green laser used for Personalized 3d Photo Crystal Cube Laser 3D internal carving glass is a special glass process, in which you can write and engrave 3D patterns in transparent glass. Using RFH's green laser for 3D internal engraving is to use a laser beam to engrave inside the glass without dust and volatile substances, and its safety is guaranteed; moreover, using RFH green laser for internal engraving glass without consumables, does not produce any pollution to the environment.

532nm green laser applied for 3D engraving process crystal image 35W green laser used for Personalized 3d Photo Crystal Cube Laser 3D internal carving glass is a special glass process, in which you can write and engrave 3D patterns in transparent glass. Using RFH's green laser for 3D internal engraving is to use a laser beam to engrave inside the glass without dust and volatile substances, and its safety is guaranteed; moreover, using RFH green laser for internal engraving glass without consumables, does not produce any pollution to the environment.  

18W green laser non-contact marking glass beer mug RFH Green Laser adopts the method of non-contact marking of glass beer mugs, because it will not produce metallic taste and peculiar smell, it does not affect the taste and texture of drinking beer.

RFH 532nm green laser high-precision marking beer glass RFH Green Laser adopts the method of non-contact marking of glass beer mugs, because it will not produce metallic taste and peculiar smell, it does not affect the taste and texture of drinking beer.

uv laser Laser marking glass should select RFH 532nm Green Laser   Many glass cups require engraving and logos, and laser marking technology is needed at this time. The use of RFH green laser for marking can first of all ensure that the beauty of the cup is not damaged, While the scale and logo are easily erased or not high-definition by ink-jet printing, and it is more likely to damage the integrity of the cup and seriously affect the aesthetics of the cup.   But using RFH Green Laser for marking will not make such mistakes. Secondly, the use of RFH Green Laser for marking can ensure the safety of the cup after marking.  

RFH 35W green laser high stability marking glass   Many glass cups require engraving and logos, and laser marking technology is needed at this time. The use of RFH green laser for marking can first of all ensure that the beauty of the cup is not damaged, While the scale and logo are easily erased or not high-definition by ink-jet printing, and it is more likely to damage the integrity of the cup and seriously affect the aesthetics of the cup.   But using RFH Green Laser for marking will not make such mistakes. Secondly, the use of RFH Green Laser for marking can ensure the safety of the cup after marking.  

RFH 532nm green laser marking glass without deformation   South Korean customer Fach produces glass wine cups. Before, the factory also used a brand of green laser, but there were always some wine cups with little defects which were overheated during processing, causing the wine cups to scorch or even deform.   Introduced by a friend, Fach has learned that the RFH Expert III 532 green laser is very effective for marking glass. So he has ordered one from us and tested the effect. After using our laser, Fach said that the heat affected area of the laser during processing is very small, which is very suitable for their laser application, and there will be no scorching or deformation.    At the beginning of the month, I received a call from Fach again. Because of his expansion of the production line, he needed to order 5 green lasers again.