Fiber Laser Marking Machine

Precise Fiber Laser Marking Machine for Permanent Marking

At Atlas Marking, we offer highly precise fiber laser marking machines. Using a fiber laser engraver is an ultimate industrial solution to mark logos, serial numbers and even barcodes, applicable to all marking industries needs.

Fiber laser engrave can produce permanent marks with our advanced marking techniques. Fiber laser is well suited in marking on metals, plastics and ceramics among other long lasting materials. Learn more about how our industrial laser marking can support your marking needs with the best technology available.

Why Choose a Fiber Laser Engraver?

The Fiber Laser Marking Machines are favorable in different industries and the advantages are:

Unmatched Precision

Delivers exceptionally sharp, high-contrast marks for maximum legibility, even on small components.

Extreme Durability

Creates permanent, abrasion-resistant marks that withstand harsh chemicals, heat, and wear, guaranteeing lifetime product identification.

High-Speed Performance

Designed for rapid marking, our fiber lasers keep pace with high-volume production lines, maximizing your throughput.

Low Maintenance & TCO

With no consumables, these machines require virtually no maintenance, significantly lowering your total cost of ownership (TCO) and eliminating downtime.

Detailed comparison between laser marking machines.

Laser machine catalogue.

High-Precision UV Laser Marking Machine for Delicate Materials
FIBER LASER MARKING

High-Precision Fiber Laser Marking Machine for Metal & Industrial Materials

Permanent, fine-detail marking on wood, glass, plastics, and cardboard a clean, solvent-free solution for your production line.

High-Precision Fiber Laser Marking Machine Portable Fiber Laser Marking Machine

THE TECHNOLOGY

Concentrated Energy for Clear, Durable Marks

Atlas Marking - Fiber Laser Description

Fiber laser marking machines produce clear, high-quality, and durable marks by concentrating laser energy through a fiber optic system. This process creates precise impressions on a wide range of materials including serial numbers, data matrix codes, barcodes, and graphics.

Fiber laser marking delivers exceptionally sharp, high-contrast results for maximum legibility, even on small or intricate components.

MACHINE

Fiber Laser

Atlas Marking - Description

Work on metals (stainless steel, aluminium, copper, iron) and plastics (ABS, PVC). Commonly used for tools, nameplates and electronic parts.

Atlas Marking - Premium Specs Layout

Series

AMLS-VL

Warranty

12 months

Modal No.

VL900

Power

5 - 100 (w)

Machine size

790×600×1440

Vision Laser Machine
Core Features Vision System
Auto Positioning
Supported
Pattern Recognition
Supported
Defect Detection
Supported
Barcode Verification
Supported

WHERE IT EXCELS

Best Suited For

Atlas Marking - Application Grid (Solid Clean Design)

Materials

Metals, industrial plastics, and other durable surfaces that require permanent, high-contrast marking.

Industries

Automotive, electronics, and metal fabrication industries where permanent, high-speed marking on metal is essential.

Use Cases

Serial numbers, data matrix codes, barcodes, part identification, and detailed graphics requiring long-term durability.

Muat Turun Dokumen PDF

Atlas Marking Comparison Machine (PDF)

Preview

Laser Machine Catalogue (PDF)

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Need Permanent Marking for Metal Components?

Speak with our specialists to find out if fiber laser marking is the right fit for your application.

Frequently Asked
Questions

What materials can fiber laser marking be used on?
Fiber laser marking works best on metals and industrial plastics, delivering sharp, high-contrast, and durable marks.
Is fiber laser marking suitable for small components?
Yes. Fiber laser marking delivers exceptionally sharp, high-contrast results even on small or intricate components, making it ideal for detailed part identification.
How does fiber laser marking compare to CO2 or UV laser marking?
Fiber lasers excel at permanent, high-contrast marking on metal, while CO2 lasers are better suited for organic materials and UV lasers for heat-sensitive plastics and glass. Your choice depends on your material and application.
Which industries commonly use fiber laser marking?
Automotive, electronics, and metal fabrication industries commonly rely on fiber laser marking for permanent, high-speed marking on metal components.