Chrome Plated Steel

Dark mark on chrome. LP4 2W keeps plating intact.

Black mark on chrome. 2W is gentle on thin plating.

MOPA gentle on chrome. Short pulse keeps plating intact.

Black mark on chrome. 30W allows faster speed vs 20W.

Black mark on chrome. Don't over-power or chrome may crack.

Chrome plating marks with a subtle contrasting finish. The LP4's portability is its main advantage here — marking chrome-plated hardware on vehicles, machinery, or large equipment in situ without disassembly. Results depend heavily on the chrome thickness.

Chrome plating is hard to mark cleanly — the laser marks the chrome layer itself rather than the steel underneath. Result is a subtle contrasting mark. Multiple passes can remove the chrome entirely which gives a different aesthetic. Test on hidden area first.

Deeper mark through chrome plating into base steel. Good for permanent ID on tools and hardware. Mark may show slight colour variation at chrome/steel boundary. Single pass sufficient for most plating thicknesses.

Chrome plated steel — Zippo-style lighters, tool handles, and hardware. IR removes chrome plating in the marked area to expose steel below. Contrast depends on plating thickness. Start with a test mark and adjust power. Thicker chrome needs more power.

What are the best laser settings for Chrome Plated Steel?

A top-rated community setting for Chrome Plated Steel on the LaserPecker 4 is speed 2000 mm/s, power 78%. There are 10 community-tested settings for Chrome Plated Steel across 6 machines on this page.

Do I need a fiber laser for Chrome Plated Steel?

Fiber lasers can mark Chrome Plated Steel directly without any coating. There are 10 fiber laser settings on this page. Diode and CO₂ lasers may require a marking compound (like Cermark) to achieve a visible result on bare metal.