The carbon-dioxide laser (CO2 laser) is a gas laser. Carbon-dioxide lasers are the highest power continuous-wave lasers that are currently available. They are also quite efficient: the ratio of output power to pump power can be as large as 20%. The CO2 laser produces a beam of infrared light with the principal wavelength bands centering on 9.3μm, 10.2 μm and 10.6 μm. Compared with some other lasers with liquid medium or solid-state medium, CO2 laser has better beam output quality and more stable frequency.
1. High energy control beam
Three types of mainstream wavelengths can be used to select suitable laser beams according to users' different material and coding
effect requirements, which can target not only high-density metals, but also loose-structured wood and f mailmterials.
2. Simple and easy to use
independently developed intelligent touch screen control system, combined with high-intelligence core chip, stable operation without stress
3.High speed galvanometer
The speed is as high as 18000MM/second, which can print more complex contents and patterns in the same time.
Model | V610C | V620C | V630C |
Case/stand material | Anodized Aluminum (Laser Head) & Stainless Steel (Control Unit) | ||
Laser type | Sealed metal CO2 RF CO2 laser source | ||
Output power | ≥60W | ||
Laser wavelength | 10.6μm | 10.2μm | 9.3μm |
Marking method | High-precision 2D scanning | ||
Marking speed | ≤18000mm/s | ||
Control system | Highly-integrated motherboard with 10 inch touch screen controller, V5 operation system | ||
Operating system | lLinux | ||
Cooling system | Air cooling system | ||
Type of marking line | Dot martix and vector format | ||
Reflector size | Standard：8.5mm | ||
Marking range | Standard：90mm×90mm, max to 450mm x450mm | ||
Positioning method | Red light positioning, auto focus | ||
Lines of marking | No limit within marking field | ||
Fonts | English, Chinese, Spanish, Russian, Korean, Arabian etc. | ||
File format | BMP/DXF/HPGL/JPEG/PLT | ||
Bar code / QR code | CODE39/CODE128/code126/QR code/Z-code/DM code/Visual code, etc | ||
| Interfaces | RS-232C/USB2.0/Ethernet,I/O | ||
10.6µm wavelength getswell absorbed in applications that process materials ranging from thin paper tocardboard packaging. Extremely good print results are also achieved on glassproducts. This wavelength is the most common one available with CO2 lasers and perfectly suits themajority of packaging applications.
10.2µm wavelength isideally suited to marking on thin films and any types of packaging foils. Bestresults can be expected on painted films and foils with a thin ink layer ontop. Packaging materials which absorb this wavelength very well and thereforegenerate the best CO2-Laser print quality are PE, HDPE,LDPE, PP, OPP, OPA, PA, PMMA, POM, PUR, ABS and PVC.
9.3µm wavelength perfectlymatches for the head absorption of plastics like PET (PolyethyleneTerephthalate), allows marking on plastic surfaces by smoothly melting thesurface layer without creating pinholes or cracking the inner structure. Thisis the ideal solution for the family of polyesters of thermoplastic resins. PETis wide-spreading in the beverage industry and is mostly used for producingbottles.
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