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Applications

Laser marking applications for parts and products

A useful marking specification describes the part, the required result and how that result will be checked. This applies to a decorative logo, a serial number or a code used for identification during production.

M

Metal parts

Serial numbers, logos, data codes, scales, deep engraving, and durable identification.

Review fiber and MOPA

P

Plastics

High-contrast or low-heat marks on housings, connectors, components, and molded parts.

Test a plastic material

E

Electronics

Fine text, symbols, data matrix codes, and traceability on compact sensitive parts.

Review UV applications

J

Jewelry & gifts

Personalization, fine engraving, inside-ring marking, and small-batch customization.

Explore desktop systems

T

Tools & hardware

Branding, part numbers, scales, batch codes, and permanent workshop identification.

Explore workstations

A

Automotive components

Production traceability, supplier codes, compliance marks, and line integration.

Explore in-line marking

W

Wood & acrylic

Logos, patterns, signage, cutting, and personalization with CO2 laser systems.

Review CO2 technology

G

Glass & packaging

Fine codes, branding, batch information, and low-heat marking routes.

Discuss the substrate

ID

Traceability

Variable text, serial numbers, QR and data matrix codes linked to production data.

Plan line integration

Jewelry application video

Ring engraving with a rotary fixture

Watch a ring engraving demonstration showing a design and lettering on the ring surface. Match the fixture, focus and marking setup to the ring geometry and required result.

Watch on YouTube

What changes the result

The same material can require a different process.

Surface finish, additives, coatings, color, geometry, focus tolerance, and cycle time all influence the final configuration.

Useful sample information

  • Exact material and surface finish
  • Required text, logo, code, depth, or color
  • Part dimensions and marking field
  • Daily quantity or line speed
  • Loading, fixture, and safety constraints
Production acceptance

A sample is useful only when the result can be evaluated.

Agree on the acceptance method before comparing sources or machine platforms.

Appearance and geometry

Check contrast, depth, texture, edge definition, feature size, distortion, and the permitted heat-affected area.

Code and data quality

Define content source, serialization rules, code grade or readability target, and how production data is transferred.

Repeatability and output

Test representative parts at the intended cycle time, including fixture tolerance, surface variation, and operator workflow.

Let the part define the equipment.

Share the application before committing to laser power or machine size.

Send application details