The aeroLASE-350 is a high-power fiber laser module, enabling you to make your own fiber laser without being an expert in optical fibers. The module contains a completely monolithic fiber laser cavity including pump interface and delivery cables. The module is available in a ready-to-use stand-alone unit and as an OEM unit. For the stand-alone unit, all you have to do is add commercially available pump diodes and drivers. The OEM version is available in a stripped-down configuration allowing you to make use of your own in-house mechanical- / thermal handling skills. The aeroLASE-350 is designed for industrial use and is the most robust and reliable system of its kind. The maximum output power rating is 350 W but the module is designed with considerable power headroom to ensure reliable operation for thousands of hours. We have stress tested the configuration beyond 500 W while still maintaining beam quality and high efficiency.
TECHNICAL ADVANTAGES
- Stable tested solution
- Simple standard interfaces
- No multi vendor integration
- All fiber solution - long lifetime
- High conversion efficiency - low cost per output Watt
- Diffraction limited - truly single mode output
COMMERCIAL ADVANTAGES
- Maintenance free - low cost of ownership
- Short time to market for your own products
- No fiber optical competencies needed for making fiber lasers
- Full service and warranty
SPECIFICATIONS
Pump wavelength: |
915-920 nm |
Rated output power: |
350 W |
Wavelength: |
1064 ±1 nm |
Emission bandwidth: |
< 0.5 nm |
0 to 350 W rise time: |
< 10μs* |
Optical to optical efficiency: |
> 55%** |
Output Mode Field Diameter: |
17 μm |
Output Numerical Aperture: |
< 0.05 |
Output beam quality M2: |
< 1.1 |
Maximum optical feedback: |
< 5% (relative to pump power) |
* Final measurements pending
* * After 10,000 hours of operation
STAND-ALONE UNIT
The stand-alone unit is fully self-contained and can be operated as a bench-top unit or mounted in a standard 19” rack. The module is equipped with forced air cooling and integrated water cooling with standard quick coupling.