Laser marking on shiny metals? Tough. Certain plastics? Also tough. Infrared fiber lasers (1064 nm) struggle. High reflectivity of gold, silver, copper, aluminum at infrared wavelengths? The laser...

Infrared fiber lasers. 1064 nm. They struggle with highly reflective materials. Copper, brass, gold, silver, even some aluminum alloys. The laser energy? Reflected away. Weak marks. Inconsistent...

Infrared fiber lasers? They really struggle with highly reflective metals. Copper, brass, gold, silver – they reflect over 90% of 1064 nm light. The result? Weak marks. Inconsistent contrast. And...

Glass. Brittle. Hard. Mechanical drilling? Chips everywhere. CO₂ lasers? Thermal stress, uncontrolled cracking. Not good. The LGWL‑5WSL is a green laser (532 nm) cabinet punching machine. Designed...

Components get smaller. So do the marks on them. Medical devices, semiconductor packages, miniature electronic parts – they need codes that are tiny, high‑contrast, durable, residue‑free. Infrared...

Three-dimensional internal engraving. It transforms a plain block of crystal or glass into something mesmerizing. A floating portrait. A corporate logo suspended in space. A commemorative scene...