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Fiber Laser Marking Machine Using in Sheet Metal Processing in the Workshop

Fiber laser marking machines are widely used in sheet metal processing workshops for their precision, speed, and versatility. Here’s how they are applied in sheet metal manufacturing and processing:

  • laser power20W/30W/50W
  • Mark area60mm-150mm
  • Markspeed3000mm/s
  • Mark depth0.05mm-1.0mm
  • size600mm*800mm*1300mm
  • weight150.0 kg
price$1409.0/Set - 3521.0/Set. More Earlier you buy, more discount you have.
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Fiber laser marking machines are widely used in sheet metal processing workshops for their precision, speed, and versatility. Here’s how they are applied in sheet metal manufacturing and processing:

1. Applications in Sheet Metal Processing

Fiber laser markers are used for:

  • Part Identification – Engraving serial numbers, QR codes, barcodes, and logos for traceability.

  • Labels & Branding – Marking company logos, product names, or compliance symbols (CE, UL, etc.).

  • Cutting & Etching Guidelines – Marking reference lines for bending, cutting, or drilling.

  • Anodized & Coated Metals – Permanent marks on anodized aluminum, galvanized steel, or painted surfaces.

  • Anti-Counterfeiting Marks – Micro-text or hidden markings for security.

2. Advantages in Sheet Metal Workshops

  • High Precision – Produces fine, clean marks (as small as 0.01mm) without damaging the material.

  • Non-Contact Process – No physical force reduces sheet metal deformation.

  • Fast Marking Speed – Up to thousands of characters per minute, ideal for mass production.

  • Durable Marks – Resistant to abrasion, heat, and chemicals.

  • Low Maintenance – Fiber lasers have a long lifespan (100,000+ hours) with minimal upkeep.

  • Automation-Friendly – Can be integrated into CNC machines or robotic arms for inline marking.

3. Common Materials Marked

  • Stainless Steel (304, 316, etc.)

  • Aluminum & Anodized Aluminum

  • Carbon Steel & Galvanized Steel

  • Brass & Copper

  • Titanium & Other Alloys

4. Typical Machine Specifications for Sheet Metal Work

  • Laser Power: 20W – 50W (sufficient for most sheet metal marking).

  • Wavelength: 1064nm (ideal for metals).

  • Marking Area: 100x100mm to 300x300mm (or larger for big sheets).

  • Software Compatibility: Supports AutoCAD, CorelDraw, DXF files, and barcode generation.

5. Integration in the Workshop

  • Standalone Units – For manual or small-batch marking.

  • CNC Integration – Works with laser cutters or punching machines.

  • Conveyor Systems – For automated high-volume marking.

6. Maintenance & Safety

  • Ventilation: Required for fume extraction when marking coated metals.

  • Lens Cleaning: Regular cleaning ensures consistent marking quality.

  • Safety Enclosures: Protects operators from laser exposure.


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