STYRL Laser
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The primary advantage of CO2 laser marking machines lies in their superior processing capabilities for non-metallic materials. Using CO2 gas as the working medium, they generate a 10.6μm wavelength laser that is efficiently absorbed by most non-metallic materials, resulting in clear, smooth markings. These machines offer relatively low operating costs, mature technology, excellent stability, and a very high cost-performance ratio.
They are widely used for marking dates and batch numbers on food packaging, pharmaceutical packaging, medical devices, bamboo, wood products, acrylic, ceramics, and plastics.
| Parameter | MY-CO2-30 | MY-CO2-60 | MY-CO2-100 |
|---|---|---|---|
| Laser Type | CO2 Laser | ||
| Wavelength | 10.6μm | ||
| Laser Power | >30W | >60W | >100W |
| Min Line Width | 0.2mm | ||
| Min Character Height | 0.1mm | ||
| Scanning Speed | 6000-22000mm/s | ||
| Scale Range | Standard 110*110mm (Adjustable) | ||
| Operating System | Linux Embedded Touch Controller | ||
| Cooling Model | Air Cooling | ||
| Machine Material | All-aluminum structure | ||
Specializing in the research, development, and production of metal foreign body detection, weight detection, visual inspection, X-ray inspection, and laser marking equipment since 2008. As a high-tech enterprise, the comprehensive product line is widely utilized in food, hygiene products, textiles, toys, and pharmaceuticals. We provide solutions for detecting impurities and enabling quantitative testing for global industrial standards.
