CO₂ Laser Sources
- Technology
- DPSS lasers
- Partner
- SOING Photonics
SOING Photonics’ CO₂ laser sources provide reliable, high-quality infrared laser output for industrial material processing applications.
Based on RF-excited CO₂ laser technology, the range combines compact construction, stable output and high processing precision, making it suitable for integration into laser marking, engraving and cutting systems.
SOING offers CO₂ laser sources across a range of power levels and configurations, including compact 10 W, 30 W and 60 W-class solutions, with selected models available at 10.6 μm, 10.2 μm and 9.3 μm wavelengths. This gives system designers flexibility to select the appropriate source for their material and processing requirements.
CO₂ lasers are particularly effective for processing many non-metallic materials, including plastics, wood, rubber, leather, textiles, paper and other organic materials. Depending on the laser configuration and application, they can also be used for specialised cutting and other industrial processes.
Precision CO₂ laser technology for industrial applications
A CO₂ laser generates its beam using a gas mixture containing carbon dioxide and other gases within the laser resonator. The resulting infrared laser radiation is typically around 10.6 μm, although alternative wavelengths such as 9.3 μm and 10.2 μm can be advantageous for particular materials and processes.
SOING’s RF-excited approach is designed for industrial applications where consistent output, precision, reliability and compact integration are important.
The compact form factor of SOING’s sources makes them particularly suitable for integration into automated laser processing equipment, marking machines and OEM systems.
Range features
A high level overview of what this range offers
- RF-excited CO₂ technology
SOING’s RF-excited CO₂ sources are designed to provide stable, reliable laser output for demanding industrial processing applications. RF excitation also enables compact laser-source designs suited to integration into modern laser equipment.
- Multiple power levels
The range includes compact solutions around 10 W, 30 W and 60 W, allowing users to select a source according to the required processing speed, material and application.
- Multiple wavelength options
Selected SOING models are available at 10.6 μm, 10.2 μm and 9.3 μm, providing additional flexibility when optimising laser-material interaction.
- Compact and lightweight design
SOING highlights the compact size and low weight of its CO₂ laser sources, making them easier to incorporate into OEM equipment and space-constrained laser systems.
- High processing precision
The focused CO₂ laser beam can deliver concentrated energy to a small area, supporting accurate marking, engraving and cutting with fine feature control.
- Wide material compatibility
CO₂ lasers are particularly well suited to processing materials such as plastics, wood, paper, rubber, leather, textiles and other organic materials. This makes the technology useful across a broad range of manufacturing and product-identification applications.
- Designed for continuous industrial use
SOING positions its CO₂ sources for industrial environments, with selected products described as suitable for reliable operation and 24/7 applications.
- Easy integration into automated systems
CO₂ laser beams can be directed rapidly using scanning optics, making the sources suitable for automated marking, engraving and material-processing equipment. SOING’s CO₂ sources can therefore be integrated alongside galvanometer scanheads and other beam-delivery components to create complete laser-processing systems.
What’s in this range?
All the variants in the range and a comparison of what they offer
| Series / Model | Nominal power | Wavelength | Key characteristics | Typical applications |
|---|---|---|---|---|
S10A | 10 W | CO₂ / infrared | RF-excited, compact design | Marking, engraving, small cutting |
T10A | 10 W+ | CO₂ / infrared | Compact RF-excited source | Marking, engraving, small cutting |
S30F |
| 10.6 / 10.2 / 9.3 μm | Compact RF-excited design | Marking, engraving, small cutting |
T30A |
| 10.6 / 10.2 / 9.3 μm | Compact design; higher average output at 10.6 μm | Marking, engraving and cutting |
S60F |
| 10.6 / 10.2 / 9.3 μm | Compact, industrial CO₂ source | Marking, engraving and small cutting |
T50A Series | 50 W-class | CO₂ / infrared | RF CO₂ laser metal tube; modular design | Industrial laser processing |
60 W CO₂ Laser | 60 W | CO₂ / infrared | High-power continuous-wave CO₂ source | Industrial processing |
70 W CO₂ Laser | 70 W | 10.6 μm | Higher-power CO₂ source | Marking, cutting and other industrial processing |
