Technical Parameters | |
Laser output average Power | 2500W |
Laser wavelength | 1060 nm |
Laser repetition frequency | 1-1000 KHZ |
Peak power stability | <5%rms |
Average power stability | <1%rms |
Beam quality | M2≤1.2 |
Marking area | 150mm ×150mm(Can be customized) |
Minimum line width | 0.01 mm |
Marking speed | ≤3000 mm/s |
Visual customization system | Professional CCD map alignment system |
Cooling method | Water cooling |
Operating environment temperature | 15-35℃ |
input fle formats | PLT, DXF and other formats |
Security Labels: Anti-counterfeiting tags for pharmaceuticals, cosmetics, tobacco/alcohol packaging, and holographic reliefs on currency/coins.
Luxury Packaging: Rainbow laser decoration on stainless steel/PVD cosmetic cases and jewelry tags.
Industrial Materials: Nano-structure processing on solar panels to reduce reflection and improve efficiency.
Transfer Printing: Rainbow effects transferred to plastics, precious metals, and films via molds.
Q1: How does the rainbow effect prevent counterfeiting?
A1: Nano-scale physical stripes created by ultrafast lasers cannot be replicated by conventional methods. The color-shifting effect varies with viewing angles, making duplication extremely difficult.
Q2: What materials are compatible?
A2: Direct processing materials: stainless steel, mold steel, nickel, chrome, PVD coatings. Transfer materials: plastics, jewelry, precious metals, films.
Q3: Can anti-counterfeiting solutions be customized?
A3: Yes, including angle-dependent patterns or micro-features embedded in designs for industry-specific needs.