Fiber Laser Markers Expand Metal and Nonmetal Applications

Imagine your products with unique identification marks that enhance brand value while enabling traceability and anti-counterfeiting measures. Fiber laser marking machines make this vision a reality. With exceptional performance and versatile applications, they have become indispensable in modern industrial production.

Fiber Laser Marking Machines: Your Precision Marking Specialist

A fiber laser marking machine uses high-energy density laser beams to create permanent marks on material surfaces. Capable of processing various metals and some non-metallic materials—including stainless steel, carbon steel, copper, aluminum, and certain plastics—these machines outperform other marking technologies with their extended lifespan, making them ideal for industrial applications.

Product Series and Technical Specifications

Multiple models are available to meet diverse customer requirements:

20W Benchtop Fiber Laser Marking Machine

• Marking Area: 110mm × 110mm for metals; larger areas available for plastics
• Applications: Ideal for small metal parts (4" × 4") and larger plastic components (up to 12" × 12"), particularly in jewelry manufacturing
• Laser Type: Q-switched fiber laser (Maxphotonics or Raycus)
• Software: EZCAD Lite with JCZ control card

30W Fiber Laser Marking Machine

• Marking Area: 110mm × 110mm or 150mm × 150mm for metals
• Applications: Optimal for 6" × 6" metal markings; 20W model recommended for plastics

50W Fiber Laser Marking Machine

• Marking Area: Up to 300mm × 300mm for shallow markings on metals
• Applications: Specialized for cutlery engraving and small-area metal etching

Industry Applications

Operating at 1064nm wavelength, fiber laser markers serve diverse sectors:

• LED Bulbs: High-speed, low-cost marking for mass production
• Automotive: Precision marking on metal components with industry-low per-unit costs
• Jewelry: Hallmark engraving and intricate pattern etching on precious metals
• Electronics: PCB component labeling and mobile device marking
• Cutlery: Non-contact decoration of knives and tableware
• Industrial: In-line "flying marking" for wires and packaged goods

Key Advantages

• Consumable-Free: No inks or toners required
• Non-Contact: Eliminates product damage risks
• Adaptable: Handheld or conveyor-mounted configurations
• Energy Efficient: Air-cooled operation with low power consumption
• Durable: 30,000–100,000 hour operational lifespan

Material Compatibility

Optimal performance is achieved with:

• Carbon steel and stainless steel
• Copper, brass, and aluminum
• Titanium and precious metals
• Hard plastics (limited applications)

Technical Limitations

Not recommended for acrylic, glass, or soft plastic engraving—CO₂ or UV laser systems are better suited for these materials.

Operational Details

• Power: Single-phase connection (300–500W consumption)
• Maintenance: Periodic lens cleaning and mechanical inspection
• Footprint: Compact 1650 × 750 × 750mm standard size