LUMACORE LASER · B2B TEACHING DEMONSTRATIONlumacore@owlteam.work
Fiber Marking Systems

FM-30 Fiber Marking System

An enclosed concept workstation for metal identification and traceability.

Laser process
Fiber marking
Work area
110 × 110 mm concept field
Configuration
30 W concept configuration

Explore the configuration

Teaching concept. This fictional catalogue illustrates B2B equipment selection. Images and values are not verified production specifications.

Define an identification task

The FM-30 illustrates a 30 W fiber-marking concept with a 110 × 110 mm field. Describe the alloy, surface treatment, marking face and required result before evaluating a real configuration.

AI teaching concept: marked metal tags and component identification
AI concept illustration for the Lumacore teaching case.

Coating and substrate are separate inputs

Bare, coated, anodized and plated parts may need different process evaluation. Supply the exact surface specification and the code or artwork at its intended size.

Marking is not metal sheet cutting

This teaching concept does not establish metal-cutting capability. A small marked tag must not be used as evidence for cutting metal stock.

AI teaching concept: CO2 acrylic engraving and fiber metal marking comparison
AI concept illustration for the Lumacore teaching case.

Build a marking sample brief

  • Alloy, surface treatment and material documentation
  • Part geometry and accessible marking area
  • Artwork, text or code size
  • Contrast, durability or inspection criteria

Specifications

ModelFM-30 Fiber Marking System
Configuration statusIllustrative teaching example
Work area110 × 110 mm concept field
Laser power30 W concept configuration
Material evaluationRequired before real specification
Exhaust and coolingTo be selected for the final configuration

Frequently asked questions

Are these specifications verified?

No. This is a teaching website with illustrative model configurations. Replace them with validated manufacturer data before offering real equipment.

What determines the right laser?

The material, process, part size, finish and production requirement determine the appropriate source and configuration.