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Precision laser marking
Fibeer SX Traceability Technology

Precision Laser Marking Durable, High-Speed Industrial Traceability

Fibeer SX laser marking systems are engineered for the highest industrial requirements, where durable, high-contrast and micron-accurate marking is essential. Laser marking is a contact-free, consumable-free and extremely fast process, ideal for permanent and non-removable marking of serial numbers, QR codes, DataMatrix codes, logos, UDI, production data and product identifiers.

Fibeer SX laser marking solutions are used wherever quality assurance, traceability, automatic identification and production-line integration are critical, from automotive and electronics manufacturing to medical and precision engineering.

Permanent marking Micron accuracy Line integration
COMPARISON

Laser Technology vs Traditional Marking Methods

Compare modern laser marking with conventional industrial marking technologies used in manufacturing.

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Technology / Feature Inkjet Printer Dot Peen / Pin Marking Paint / Stencil Mechanical Engraving FibeerSX Laser Marking
Consumable-free operation
Durability (non-wearing) ⚠️ ⚠️
Material damage risk ⚠️ ⚠️ ⚠️
Fast changeover for new parts ⚠️ ⚠️
Automation (PLC / Robot Integration) ⚠️ ⚠️
Marking quality ⚠️ ⚠️ ⚠️
Maintenance requirements High High Medium High Minimal
Compact laser systems
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Why Choose Laser Marking?

Permanent, non-removable marking

Laser marking is:

wear-resistant
chemical-resistant
heat- and weather-resistant
fade-proof
does not deform or damage the material

This reliability is essential for automotive, electronics, medical devices, aerospace and industrial machinery.

About laser marking
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Technology Common Industrial Drawbacks Advantages of FibeerSX Laser Marking
Inkjet Marking Consumables (ink), blurred print, clogged nozzles No ink, no drying, high contrast, readable by all industrial cameras
Dot Peen / Pin Marking Material damage, slow cycle time, noisy, worn-out pins Contact-free, no wear, 3–10× faster
Paint Marking / Stencil Peeling, smudging, drying times, chemical waste Instant, permanent, no chemicals, scratch-proof
Mechanical Engraving Tool wear, vibrations, poor for thin or hard materials Micron accuracy, silent, no mechanical stress
Labeling / Stickers Peeling, aging, heat sensitivity Direct part marking, chemical & heat-resistant
Laser Marking (General) Higher initial investment Zero consumables, durable, fully automatable, lowest operating cost
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Laser Marking Technology
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Laser Marking System
INDUSTRIAL LASER MARKING

Consumable-Free, Low-Operating-Cost Industrial Marking

  • no ink, no paint, no solvents
  • no stencils or clichés
  • no tool wear
  • no chemical waste
  • extremely low Total Cost of Ownership (TCO)
  • predictable long-term operating costs
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Micron-Accurate Marking on All Major Industrial Materials

Metals marking
Metals
  • Aluminum
  • Copper, brass, bronze
  • Titanium
  • Tool steel, stainless steel
Plastics marking
Plastics
  • ABS, PP, PVC
  • PA, PE, PC
  • Composite plastics
Special materials marking
Special Materials
  • PCB / FR4
  • Ceramics
  • Anodized aluminum
  • Coated surfaces

Maximum Contrast & High-Speed Output

  • fast cycle time / high-speed laser scanning
  • high-resolution logos
  • high-contrast QR / DataMatrix codes
  • serial numbers and UDI marking
  • scales, icons and pictograms
  • machine-readable marking for vision systems, OCR and AI inspection
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