CO2 Galvo Laser Marker
RedShift Specializes in . Laser Systems
RedShift CO2 laser markers provide excellent marking quality and reliability on a wide range of substrates including wood, acrylic, leather, fabric, cardboard, plastic, PET, glass and coated metal. RedShift lasers can handle a wide range of applications, from simple logo to more complex graphics.
Introduction of CO2 Galvo Laser Marker
The RedShift CO2 laser marking systems utilize high performance galvanometer lasers and precision controller to achieve ultra-fast marking speeds and ultra-precise marks. CO2 lasers work extremely well on a wide range of organic materials including most fabrics, paper, acrylic, wood, leather, plastics and many others. RedShift laser marking systems can be configured to include a variety of accessories to help automate and speed up production workflows.
Features of RedShift CO2 Galvo Laser Marker
- Split type wear-resistant aluminum case design.
- Marking a clear, easy to wear, no supplies, low processing costs.
- Built-in 4X beam expander in the optical path, with good beam quality, high reliability and high precision.
- CO2 laser marking machine can mark a variety of non-metallic materials and some metal products.
- RF metal laser tube, high beam quality, can be used repeatedly inflatable use, maintenance-free, sealed laser structure, eliminating the need for cumbersome maintenance professional.
Technical Parameters
Laser power | 30W | 40W |
Marking area | 110x110mm / 210x210mm | |
Laser wavelength | 10600nm | |
Marking line speed | ≤5000mm/s | |
Minimum line width | 0.03mm | |
Minimum character | 0.3mm (Depends on the material) | |
Marking depth | ≤0.5mm (Adjustable depending on the material) | |
Repeating precision | ±0.002 | |
Power supply | AC220V/50Hz or AC110V/60Hz | |
Temperature / Humidity | 0~35℃/10~95% | |
Power consumption | ≤800W | |
Cooling system | Inbuilt air cooling | |
Communication | Standard USB2.0 | |
Marking format | Graphics, Text, AI, DXF, PLT, Bar code, QR code, etc. | |
Rotary | Optional |
Ø The above parameters are laboratory test results, subject to actual operating conditions.