AC220V UV Laser Marking Machine HEPE Bottle Equipment 9000mm/s

DLU500 Laser coding machine, using a new intelligent vector control algorithm,
marking speed greatly improved. The unique laser control technology can easily
mark the best printing effect on the film material. Compact size, low
maintenance, no consumbale, to provide permanent and high contrast marking to
ensure product can be tracking, anti-counterfeiting and anti-channelization.
UV laser systems for permanent marking. The pharmaceutical, medical device, and
cosmetic industries can utilize UV laser marking machines to deter tampering
and counterfeiting, helping to ensure lifetime brand protection and tacebility.
Dikai is a global supplier of UV laser marking systems to provide permanent,
high-grade readable codes regradless of product positioning to help
consistently meet code quality requirements for potimal supply chain and vision
system readability.


Origin of ultraviolet laser marking machine;

Laser Technology In the 1990s, with the unremitting efforts of laser
technology, optics, crystal and other energy sources for decades, the UV laser
marking equipment has been successfully developed, which has attracted wide
attention in the world.

And took the lead in realizing the application of photovoltaic, glass, film and
other industries. Moreover, the successful development of ultraviolet laser
technology has provided corresponding solutions to the oxidation changes and
atomic active substances in metal surface marking for a long time.



Working principle of ultraviolet laser marking machine;

The ultraviolet laser marking machine belongs to a series of laser marking
machines, but it is developed by using a 355nm ultraviolet laser. Compared with
infrared laser, this machine adopts the third-order intracavity frequency
doubling technology, and the 355 ultraviolet light focusing spot is extremely
small, which can greatly reduce the mechanical deformation of materials and has
little influence on processing heat.

Ultraviolet laser marking is cold working, and the ultraviolet laser processing
process is called "photoetching" effect. "Cold working" has very high load
energy (ultraviolet) photons, which can break the chemical bonds in materials
(especially organic materials) or surrounding media, until the materials are
destroyed by non-thermal process. It does not produce heating or thermal
deformation on the inner layer of the machined surface and its adjacent areas.

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