The average spectral bandwidth (20dBRMS) of the 2kW mass-produced laser model is less than 0.25nm, with a center wavelength deviation of no more than 0.1nm and M2<1.5, which make it meet the requirements for ultra-high power spectral beam combining.
The oscillator stage and amplifier stage adopt standalone design, making their maintenance easy. Due to the brand new design, the total weight does not exceed 20 kg, and the more the fiber lasers are used for beam combination, the more significant the weight reduction effect is.
The 976 nm highly efficient pumping technology increases the laser's E-O conversion efficiency to over 40%.
After mass production and harsh environmental testing,this laser model is found to have good reliability and environmental adaptability.
Multiple fiber lasers can form a laser source subsystem that is compatible with unified control and power supply mode, fully meeting the functional requirements of users for laser sources.
Based on its independently developed passive components, STR Laser has achieved innovative breakthroughs in pumping technology. The 2kW narrow linewidth single mode fiber laser is its a mass-produced model utilizing the innovative 976nm pumping technology and adopting modular design. Featuring compact structure, good reliability and environmental adaptability, this model meets the requirements for ultra-high power beam combination and finds wide applications in industrial, medical, aerospace, and military fields.
The average spectral bandwidth (20dBRMS) of the 2kW mass-produced laser model is less than 0.25nm, with a center wavelength deviation of no more than 0.1nm and M2<1.5, which make it meet the requirements for ultra-high power spectral beam combining.
The oscillator stage and amplifier stage adopt standalone design, making their maintenance easy. Due to the brand new design, the total weight does not exceed 20 kg, and the more the fiber lasers are used for beam combination, the more significant the weight reduction effect is.
The 976 nm highly efficient pumping technology increases the laser's E-O conversion efficiency to over 40%.
After mass production and harsh environmental testing,this laser model is found to have good reliability and environmental adaptability.
Multiple fiber lasers can form a laser source subsystem that is compatible with unified control and power supply mode, fully meeting the functional requirements of users for laser sources.
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| Optical Characteristics | Unit | Symbol | Test Condition | Min | Typical Value | Max | Remarks |
| Operating mode | Continuous | ||||||
| Output power | KW | P | I=100% | 2 | 2.1 | Scalable to 2.5 kW | |
| Center wavelength | nm | λ | 1030 | 1080 | Any value within this range | ||
| Spectral width | nm | 20dB RMS | 0.25 | 0.35 | |||
| Output power instability | % | 2 | |||||
| Output method | QBH/Fiber | ||||||
| Beam quality | M² | 1.4 | 1.5 | 1.6 | |||
| Size | mm | 620*482*66 | |||||
| Weight | Kg | 24 | |||||
| Power input | VDC | ||||||
| Input power consumption | kW | 8 | |||||
| Operating humidity range | % | 10 | 85 | ||||
| Operating temperature range | ℃ | -20 | 60 | Customizable | |||
| Storage temperature range | ℃ | -40 | 70 | Customizable | |||
STRION LASER delivers integrated laser welding solutions, featuring handheld, automated, and hybrid laser welding. We provide a one-stop service that ensures superior welding quality and efficiency, supporting industries from precision manufacturing to large-scale production. Trust STRION for innovative and cost-effective laser welding solutions.
STRION LASER specializes in high-power fiber laser technology, integrating R&D, manufacturing, and services. Our high-power fiber lasers deliver outstanding beam quality, power stability, and compact modular design. We serve precision machining, aerospace, medical, security, and high-end equipment manufacturing sectors with cutting-edge laser solutions.
The fiber laser Core Components and supporting components for handheld laser welders independently developed by STRION LASER can help customers work more efficiently.
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