Materials · Capabilities · Limits

Engraving on metals, plastics, glass, and coatings. Two lasers: a MOPA fiber for metals, a UV laser for plastics and other heat-sensitive surfaces.

How laser engraving works.

Editorial banner of laser-engraved objects across multiple materials — a brushed-steel hip flask with a recessed monogram crest, a fountain pen with a guilloché barrel, an open pocket knife with an engraved bolster, and a brass pet tag — arranged close together on a polished walnut workbench

A laser engraver doesn't print, glue, or stamp. It changes the surface itself. The mark is in the material — permanent, dimensional, dishwasher-safe.

The hard part isn't running the machine — it's knowing the substrate. The wavelength that cleanly anneals 316 stainless will burn through a plated brass watch case. Picking the right tool, pulse, and pass count for each material is what separates engraving that lasts from engraving that fades.

Below is the catalog of materials currently worked on, what's possible on each, and where the line is drawn. If a material isn't on the list, ask — it'll be tested before quoting.

Materials handled.

Material What's possible
Stainless steel (304, 316, 316L) Black annealing, color marking, deep engraving with paint fill
Anodized aluminum Clean white marking; deep true-black on clear anodize
Bare aluminum (6061, 5052) Dark gray marking, surface engraving
Brass & bronze Deep engraving with paint fill; surface darkening
Titanium Color marking (16+ hues), black annealing, surface engraving
Carbon, tool, & mild steel Black annealing, deep engraving
Cast iron (gray, ductile) Deep annealing, surface engraving on prepped areas
Plated metals (chrome, nickel, gold-plate) Mark the plating without burning through to substrate
Precious metals (sterling, 14k, plated) Surface marking on alloys and plated pieces
Acrylic & plastics (ABS, polycarbonate, resin) Crisp marking via UV laser — no burning, no melting
Urethane golf-ball covers Permanent dark ablation marks — Titleist, Bridgestone, Callaway
Glass & ceramics Surface frost marking; precision detail on awards and bottles
Coated & painted surfaces Mark the coating without damaging the substrate
Wood & leather Engraving and marking on hardwood, plywood, and leather goods

Not seeing your material? Ask. If it's metal, plastic, glass, wood, leather, or coated — chances are it can be done.

§ MOPA capability

Engrave or anneal.

Side-by-side comparison on brushed stainless steel — left: deep laser engraving, a compass rose cut into the metal with visible recess depth; right: laser annealing, the same compass rose written on the surface as a flat black oxide mark with subtle warm bronze and peacock-blue halos showing MOPA pulse-width control
§ Capabilities

What's possible.

Surface marking

Permanent annealed or oxide marks without removing material. The cleanest, most corrosion-safe option for outdoor marine plates, medical-device traceability, and food-grade pieces.

Deep engraving

Tactile relief in metals, ideal for paint-fill work. Standard depth for nautical plaques, heritage nameplates, and tool identification. Multi-pass for ≥0.5 mm in steel and brass.

Color marking

A MOPA-only capability. Real interference colors in the metal itself on stainless and titanium — deep crimson, forest green, ocean blue, brass gold. Premium oxide colors, not printed ink.

"Cold" marking on plastics

UV-laser ablation on plastics, golf balls, glass, and coatings. Minimal heat-affected zone — marks where a fiber laser would burn and a CO₂ would scorch.

§ Selected work

By capability.

Examples · Placeholder until first jobs ship
Get started

Bring the material.

Send a photo and a sentence — what's possible and a quote follow.