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UV laser source is designed for the high accuracy marking
Mar 01 , 2021Introduction of UV laser marker
Laser is advanced technology, Our UV laser marker can etch all kinds of materials.The latest UV laser source is designed for the high accuracy marking, the marking result just like the print performance. The source does not only extend the machine service life, also make the degree of power instability reduce to less than 3%.Short pulse width, high peak power make the laser could achieve flow line standard.
UV laser marker can be applied to almost all of the materials,include plastics (PE,PP,PVC,PS,ABS,etc.), Metal, Paper,etc.
An average output power is 2W, while the peak power can be up to 12kW. Could achieve fixed point and position marking as well as flow line.
The laser adopts the modular design, easy to install and operate.
What Is the Working Principle of UV Laser marker
The usage of UV machine implies the use of a special technology for applying various images to the surface by direct exposure to radiation.Thanks to special equipment, you can set the power and diameter of the processing beam. These settings determine the clarity of the image, as well as the thickness of its lines. If you change the beam power settings, you can achieve a result when one part of the picture or the image element is on the surface, and the other part is deeply cut into the material.
Application of UV laser marker
Exclusive advertising and souvenir products etching.
Engraving of various logos on corporate souvenirs (charms, frames, watches, pens, lighters, ashtrays, business cards.)
Engraving of various drawings on iron and glassware.
Industrial marking (on the instrument, engraving of printed circuit boards).
Etching on award boards and certificates.
Good etching on glass so sometimes are also called laser glass etching machine
And much more.
What Are the Benefits of uv laser marker and Why It Is Profitable to Buy UV Laser Marker
UV laser marker technology is a method of obtaining a 100% indelible pattern. The image is built into the structure of the base material, so even the most active oper