Key Applications for Laser Marking

• PCB QR code and DataMatrix marking
• Electronic component identification
• Metal part serialisation
• Medical device traceability (UDI)
• Plastic housing marking
• High-precision micro marking

Key Advantages of Laser Marking

Micron-Level Precision

Achieve clean, high-resolution marking on fine-pitch components and high-density PCBs without damaging surrounding materials.

Minimal Thermal Impact

Non-contact laser process ensures controlled energy delivery—critical for sensitive electronics and multilayer boards.

Permanent, High-Contrast Marking

Resistant to wear, heat, and chemicals for long-term traceability across production and field use.

Flexible Material Compatibility

• Metals (stainless steel, aluminium, copper)

• Plastics (ABS, PC, PE, engineering polymers)

• PCBs and coated surfaces

Automation-Ready

Designed for integration with:

• Conveyor systems
• Vision alignment systems
• MES / traceability platforms

Laser Technology Options

UV Laser (355 nm)

Best suited for:

• PCBs
• Plastics
• Fine, high-contrast marking

Advantage: Ultra-low thermal effect for delicate materials

Green Laser (532 nm)

Best suited for:

• Copper
• Gold
• Reflective materials

Advantage: Higher absorption for non-ferrous metals

Fibre Laser

Best suited for:

• Metals
• High-speed industrial marking

Advantage: Fast, robust, cost-efficient for production

System Features

• High-speed galvanometer scanning system
• Precision motion platform
• Stable laser source options (UV / Green / Fibre)
• Vision alignment (optional)
• User-friendly control software
• Compact desktop footprint
• Safety enclosure (configurable)

Typical Specifications (customisable based on configuration)