The semiconductor end-pumped laser marking machine uses advanced laser technology, emitting light at a wavelength of 0.808µm directly from the crystal end face. It offers high photoelectric conversion efficiency (over 45%), reducing power consumption. With excellent beam quality and high peak power, it ensures lower operating and maintenance costs.
Fully air-cooled laser design for compact size and energy efficiency.
Stable laser output with a wide adjustable frequency range.
High photoelectric conversion efficiency for reduced power consumption.
Fine laser spot for detailed and precise marking.
Excellent beam quality and high output stability.
High marking speed with consistent performance.
Ideal for marking mobile phone buttons, car controls, and other illuminated keys.
Low maintenance and reliable performance in a compact form factor.
Laser Wavelength | 1064nm (Optical Fiber) |
Marking Line Width | 0.03mm |
Minimum Character Size | 0.15mm |
Marking Depth | 0.01mm – 0.3mm (based on materials) |
Optional Marking Range | 70 × 70mm – 300 × 300mm (Standard: 150 × 150mm) |
Total Power Consumption | 500W – 1000W |
Repeatability | ±0.001mm |
Cooling Type | Air Cooling |
Machine Size | 630 × 770 × 1550mm |
Available Models | YLP-EP10, YLP-EP15, YLP-EP20 |
Marking Speed | 100–3001mm/s (100–300 characters/sec, Roman font, 1mm height) |
Power Demand | AC220V / 50–60Hz / 2.5A (Supports international standards) |