laser engraving pad printing plates

Our commonly used laptop housing materials include aluminum alloy, titanium alloy, carbon fiber, polycarbonate and engineering plastic ABS. In recent years, notebook computer casings made of aluminum alloy are very popular and have become the mainstream material for notebook computer casings.

Although it looks like a very simple notebook, we still found traces of laser marking. Keyboard laser marking, Xiaomi logo and certification mark laser marking, circuit board laser marking...

Notebook shells usually need to be marked with pattern texture and LOGO on the surface, and a single color tone is too boring. The use of laser marking technology to achieve this process has significant characteristics such as high efficiency, high process aesthetics, and high accuracy. Usually need a high-power MOPA marking machine to realize the engraving of LOGO, marking the effect of bright surface

The aluminum alloy notebook case has the advantages of high strength, low quality, easy processing, good heat dissipation, etc., but it is very different from the traditional plastic case in terms of logo production and appearance design. In order to pursue process improvement and quality breakthroughs, many notebook computer casing manufacturers have introduced laser marking machines and adopted laser marking technology, pursuing detail improvement and quality display.

Notebook shells usually need to be marked with patterns, textures and logos on the surface, and the monochrome tones are too monotonous. The use of laser marking technology to achieve this process has significant characteristics such as high efficiency, beautiful craftsmanship, and high precision. A high-power MOPA marking machine is usually needed to engrave logos and mark bright surfaces. The laser beam is used to engrave unique patterns and textures on the shell surface to enrich the product appearance design. The marking effect is very beautiful, with almost no contact on the surface. Especially suitable for precision marking and engraving of 3C electronic products