Kennen Sie diese Vorteile der 355-nm-UV-DPSS-Lasermarkierung ?

Die UV-Laserbeschriftung gehört zu einer Art Laserbeschriftungsverfahren. Um eine feine Markierung zu erreichen, ist die von Wärme betroffene Fläche klein, die thermische Wirkung ist relativ gering und das Problem des Versengens des Materials tritt nicht auf. Große Auswahl an Materialien.

Vorteile der 355-nm-UV-DPSS-Lasermarkierung

Compared with the infrared laser, the ultraviolet laser belongs to the 355nm band, and adopts the third-order intracavity frequency doubling technology. When the ultraviolet laser is marked, the focused spot of the laser beam is small, and the heat affected area during processing is small, which can reduce the marking material. It is mainly used in the field of fine marking, such as food, circuit board marking, glass material marking and other application fields.

Most of the laser applications on the market now use laser generators in the infrared band, such as CO2, optical fibers, semiconductors, etc.

Ultraviolet laser marking is often used for fine marking of special materials, and it is recommended for customers who have higher requirements on the marking effect. The high-energy molecules of ultraviolet photons in the ultraviolet laser processing process directly act on the surface of the workpiece to be processed to complete the detachment of the molecules on the metal or non-metallic materials. This way of working generates less heat, which is also one of the differences from traditional laser applications.

Ultraviolet laser marking processing products have clear material patterns and fine textures, and its fine processing, stable quality, and other processing advantages