| Material | Engrave | Cut | Materials | Engrave | Cut | |
| ABS Plastic | ![]() |
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Melamine | ![]() |
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| Acrylic | ![]() |
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Mother of Pearl | ![]() |
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| Avonite | ![]() |
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MDF | ![]() |
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| Brick | ![]() |
Mylar® | ![]() |
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| Cardboard | ![]() |
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Nylon | ![]() |
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| Ceramic | ![]() |
Paper | ![]() |
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| Chipboard | ![]() |
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Particle Board | ![]() |
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| Corian® | ![]() |
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Polycarbonate | ![]() |
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| Cork | ![]() |
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Polypropylene | ![]() |
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| Delrin® | ![]() |
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Polyester | ![]() |
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| Fabric | ![]() |
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Pressboard | ![]() |
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| Fiberglass | ![]() |
Resin | ![]() |
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| Foam | ![]() |
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Rubber | ![]() |
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| Fountainhead | ![]() |
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Silicon | ![]() |
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| Glass | ![]() |
Silk | ![]() |
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| Granite | ![]() |
Stone | ![]() |
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| Kevlar | ![]() |
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Styrene | ![]() |
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| Laminated Plastics | ![]() |
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Tile | ![]() |
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| Leather | ![]() |
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Travertine | ![]() |
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| Marble | ![]() |
Twill | ![]() |
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| Masonite® | ![]() |
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Wood | ![]() |
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| Mata Board | ![]() |
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| Material | Mark without Metal Marking Compound | Mark with Metal Marking Compound |
| AlumaMark® | ![]() |
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| Aluminum | ![]() |
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| Anodized Aluminum | ![]() |
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| Brass | ![]() |
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| Carbide* | ![]() |
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| Cobalt* | ![]() |
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| Copper | ![]() |
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| Iron* | ![]() |
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| Nickle | ![]() |
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| Painted Brass | ![]() |
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| Pewter* | ![]() |
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| Stainless Steel* | ![]() |
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| Steel | ![]() |
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| Titanium* | ![]() |
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| Tungsten | ![]() |
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* Can be marked directly (without the need for Metal Marking Compounds) using High Power Density Focusing Optics™ (HPDFO).
Laser Marking
Laser Marking is the technique of marking directly, or compound assisted, on a material surface by the high power of the laser beam to permanently modify the surface of a material. The non-contact, inkless marking technique is ideal for plastics, metals, ceramic, glass and wood.
Laser Engraving
Laser Engraving is the technique of creating depth in a material by using the high power of a laser beam. The laser can engrave complex, very precise and clean engravings on plastic, rubber, wood, paper, textile and composites.
Laser Cutting
Laser Cutting is a technology that uses a laser to cut through a material. The laser either melts, burns or vaporizes the material leaving an edge with a high quality surface finish. Laser cutting materials include plastic, rubber, wood, paper, textile and composites.

If you have a specific material that you would like to test the laser process with please click here and we will walk you through the appropriate steps.
To arrange no-cost material testing:
industrialsales@ulsinc.com or