Description
Upgrade your laser system with a high-performance CO2 Glass Laser Tube, engineered for strong cutting power, stable output, and reliable long-term operation. Designed for both professionals and workshops, this tube delivers consistent performance for engraving and cutting across a wide range of materials.
Built with advanced vacuum coating technology, the CO2 Glass Laser Tube enhances optical efficiency, increases power output, and extends service life—making it a cost-effective solution for high-demand laser applications.
Key Features:
- Higher Power, Faster Results – The CO2 Glass Laser Tube delivers strong and stable laser output, enabling faster cutting speeds and deeper engraving on various materials.
- Longer Lifespan, Lower Cost – Premium construction ensures extended working hours, reducing replacement frequency and lowering long-term operating costs.
- Superior Beam Quality – Fine, consistent beam spot enables cleaner edges, sharper details, and more precise engraving.
- Stable Performance You Can Trust – Advanced sealing and gas technology maintain consistent power output for reliable, repeatable results.
- Optimized for Continuous Use – Built for long production runs without performance drop, perfect for business and workshop environments.
- Efficient Cooling Support – Works with standard water cooling systems to ensure stable operation and protect tube lifespan.
- Easy Installation & Replacement – Standardized design makes setup quick and hassle-free, so you can get back to work faster.
Technical Specifications：
|
Model |
Length(mm) |
Diameter(mm) |
Rated Power(W) |
Peak Power(W) |
|
C100 |
1450 |
80 |
100 |
130 |
|
C130 |
1650 |
80 |
130 |
150 |
|
C150 |
1850 |
80 |
150 |
180 |
Model: C100 (For Hydra 9 Gen1/2 Dual Laser System) |
Rated power: 100W |
|
Wavelength: 10.6μm |
Max. power: 130W |
|
Length: 1450±5mm |
Stability: ≤±5% |
|
Diameter: 80±1mm |
Excitation mode: Electrical excitation |
|
Spot diameter: 5±1mm |
Cooling: Water-cooled 15-25℃ |
|
Starting current: 5mA |
Starting voltage: 24kV |
|
Working voltage: 16kV |
Recommended current: 24mA |
|
Beam divergence angle: 3.1mrad |
Maximum working current: ≤25mA |
|
Modulated frequency: ≤3kHz |
Beam quality: ≤1.1 |
|
Laser mode: Multi-low-order mode |
Net weight: 2.9kg |
|
Gross weight: 4.3kg |
Carton package: 1580*173*155mm |
Model: C130 (For Hydra 13 Gen1/2 Dual Laser System) |
Rated power: 130W |
|
Wavelength: 10.6μm |
Max. power: 150W |
|
Length: 1650±5mm |
Stability: ≤±5% |
|
Diameter: 80±1mm |
Excitation mode: Electrical excitation |
|
Spot diameter: 6±1mm |
Cooling: Water-cooled 15-25℃ |
|
Starting current: 6mA |
Starting voltage: 27kV |
|
Working voltage: 17kV |
Recommended current: 28mA |
|
Beam divergence angle: 3.1mrad |
Maximum working current: ≤30mA |
|
Modulated frequency:≤3kHz |
Beam quality: ≤1.1 |
|
Laser mode: Multi-low-order mode |
Net weight: 3.3kg |
|
Gross weight: 4.8kg |
Carton package: 1780*173*155mm |
Model: C150 (For Hydra 16 Gen1/2 Dual Laser System) |
Rated power: 150W |
|
Wavelength: 10.6μm |
Max. power: 180W |
|
Length: 1850±5mm |
Stability: ≤±5% |
|
Diameter: 80±1mm |
Excitation mode: Electrical excitation |
|
Spot diameter: 6±1mm |
Cooling: Water-cooled 15-25℃ |
|
Starting current: 7mA |
Starting voltage: 30kV |
|
Working voltage: 20kV |
Recommended current: 28mA |
|
Beam divergence angle: 3.1mrad |
Maximum working current: ≤30mA |
|
Modulated frequency: ≤3kHz |
Beam quality: ≤1.1 |
|
Laser mode: Multi-low-order mode |
Net weight: 3.76kg |
|
Gross weight: 5.42kg |
Carton package: 1980*173*155mm |