Laser engraving uses a powerful beam of light to create detailed designs on various materials. The laser works by vaporizing the surface layer, leaving behind precise and lasting marks or etchings.

However, for many other applications, especially those requiring intense laser light — such as marking or cutting metals — they are simply not up to task. The chief problem is their poor beam ...

High-precision Laser Wafer Marking technologies are designed for engraving serial numbers and other critical information on silicon and compounds used in the semiconductor industry. "By integrating ...

These laser marking systems are available with an application software called Visual LaserMarker (VLM). The software enables the layout, creation and transfer of the necessary marking data to be sent ...

Even a cheap diode laser mounted to an old 3D printer can do engraving, marking, or even light-duty cutting. But what about a laser engraver without the laser? Can that be of any use? Apparently ...