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Connet CoSF-R optimized traveling wave cavity ultra-narrow linewidth single-frequency fiber laser is a low-noise ultra-narrow linewidth fiber laser independently developed by patented technology. CoSF-R single-frequency fiber laser uses a unique \"optimized traveling wave cavity\" The design eliminates the standing wave space hole ...
  • Wavelength: 1900-2090 nm
  • Output Power: 5 W
  • Beam Quality (M^2): 1.1 
  • Operation Mode: Continuous Wave (CW)
Data Sheet
Connet CoSF-D is a low-noise Single Frequency Fiber Laser based on Distributed Feedback Bragg Grating (DFB) technology. It has independent intellectual property rights and achieves a stable singlefrequency laser output with single longitudinal mode, linear polarization, and narrow linewidth. CoSF-D has very low phase andfrequency ...
  • Wavelength: 1010-1120 nm
  • Output Power: 0.01 W
  • Beam Quality (M^2): 1.05 
  • Operation Mode: Continuous Wave (CW)
Data Sheet
Connet CoSF-R optimized traveling wave cavity ultra-narrow linewidth single-frequency fiber laser is a low-noise ultra-narrow linewidth fiber laser independently developed by patented technology. CoSF-R single-frequency fiber laser uses a unique \"optimized traveling wave cavity\" The design eliminates the standing wave space hole ...
  • Wavelength: 1900-2090 nm
  • Output Power: 0.1 W
  • Beam Quality (M^2): 1.1 
  • Operation Mode: Continuous Wave (CW)
Data Sheet
Connet CoSF-R optimized traveling wave cavity ultra-narrow linewidth single-frequency fiber laser is a low-noise ultra-narrow linewidth fiber laser independently developed by patented technology. CoSF-R singlefrequency fiber laser uses a unique \"optimized traveling wave cavity\" The design eliminates the standing wave space hole ...
  • Wavelength: 1530-1572 nm
  • Output Power: 20 W
  • Beam Quality (M^2): 1.3 
  • Operation Mode: Continuous Wave (CW)
Data Sheet
Connet CoSF-D is a low-noise Single Frequency Fiber Laser based on Distributed Feedback Bragg Grating (DFB) technology. It has independent intellectual property rights and achieves a stable singlefrequency laser output with single longitudinal mode, linear polarization, and narrow linewidth. CoSF-D has very low phase andfrequency ...
  • Wavelength: 1010-1120 nm
  • Output Power: 100 W
  • Beam Quality (M^2): 1.2 
  • Operation Mode: Continuous Wave (CW)
Data Sheet
Connet CoSF-R optimized traveling wave cavity ultra-narrow linewidth single-frequency fiber laser is a low-noise ultra-narrow linewidth fiber laser independently developed by patented technology. CoSF-R singlefrequency fiber laser uses a unique \"optimized traveling wave cavity\" The design eliminates the standing wave space hole ...
  • Wavelength: 1530-1572 nm
  • Output Power: 0.1 W
  • Beam Quality (M^2): 1.1 
  • Operation Mode: Continuous Wave (CW)
Data Sheet
Connet CoSF-D is a low-noise Single Frequency Fiber Laser based on Distributed Feedback Bragg Grating (DFB) technology. It has independent intellectual property rights and achieves a stable singlefrequency laser output with single longitudinal mode, linear polarization, and narrow linewidth. CoSF-D has very low phase andfrequency ...
  • Wavelength: 1530-1572 nm
  • Output Power: 0.2 W
  • Beam Quality (M^2): 1.05 
  • Operation Mode: Continuous Wave (CW)
Data Sheet
Connet CoSF-D is a low-noise Single Frequency fiber laser based on Distributed Feedback Bragg Grating (DFB) technology. It has independent intellectual property rights and achieves a stable singlefrequency laser output with single longitudinal mode, linear polarization, and narrow linewidth. CoSF-D has very low phase andfrequency ...
  • Wavelength: 1530-1572 nm
  • Output Power: 0.05 W
  • Beam Quality (M^2): 1.05 
  • Operation Mode: Continuous Wave (CW)
Data Sheet
Connet CoSF-D is a low-noise Single Frequency Fiber Laser based on Distributed Feedback Bragg Grating (DFB) technology. It has independent intellectual property rights and achieves a stable singlefrequency laser output with single longitudinal mode, linear polarization, and narrow linewidth. CoSF-D has very low phase andfrequency ...
  • Wavelength: 1010-1120 nm
  • Output Power: 0.02 W
  • Beam Quality (M^2): 1.05 
  • Operation Mode: Continuous Wave (CW)
Data Sheet
Connet CoSF-R optimized traveling wave cavity ultra-narrow linewidth single-frequency fiber laser is a low-noise ultra-narrow linewidth fiber laser independently developed by patented technology. CoSF-R singlefrequency fiber laser uses a unique \"optimized traveling wave cavity\" The design eliminates the standing wave space hole ...
  • Wavelength: 1900-2090 nm
  • Output Power: 0.2 W
  • Beam Quality (M^2): 1.1 
  • Operation Mode: Continuous Wave (CW)
Data Sheet
Connet CoSF-R optimized traveling wave cavity ultra-narrow linewidth single-frequency fiber laser is a low-noise ultra-narrow linewidth fiber laser independently developed by patented technology. CoSF-R single-frequency fiber laser uses a unique \"optimized traveling wave cavity\" The design eliminates the standing wave space hole ...
  • Wavelength: 1090-2090 nm
  • Output Power: 50 W
  • Beam Quality (M^2): 1.3 
  • Operation Mode: Continuous Wave (CW)
Data Sheet
Connet CoSF-D is a low-noise Single Frequency Fiber Laser based on Distributed Feedback Bragg Grating (DFB) technology. It has independent intellectual property rights and achieves a stable singlefrequency laser output with single longitudinal mode, linear polarization, and narrow linewidth. CoSF-D has very low phase andfrequency ...
  • Wavelength: 1530- 572 nm
  • Output Power: 10 W
  • Beam Quality (M^2): 1.05 
  • Operation Mode: Continuous Wave (CW)
Data Sheet
Connet CoSF-R optimized traveling wave cavity ultra-narrow linewidth single-frequency fiber laser is a low-noise ultra-narrow linewidth fiber laser independently developed by patented technology. CoSF-R single-frequency fiber laser uses a unique \"optimized traveling wave cavity\". The design eliminates the standing wave space hole ...
  • Wavelength: 1530-1572 nm
  • Output Power: 0.1 W
  • Beam Quality (M^2): 1.05 
  • Operation Mode: Continuous Wave (CW)
Data Sheet
Connet CoSF-R optimized traveling wave cavity ultra-narrow linewidth single-frequency fiber laser is a low-noise ultra-narrow linewidth fiber laser independently developed by patented technology. CoSF-R single-frequency fiber laser uses a unique \"optimized traveling wave cavity\" The design eliminates the standing wave space hole ...
  • Wavelength: 1530-1572 nm
  • Output Power: 5 W
  • Beam Quality (M^2): 1.1 
  • Operation Mode: Continuous Wave (CW)
Data Sheet
Connet CoSF-D is a low-noise Single Frequency fiber laser based on Distributed Feedback Bragg Grating (DFB) technology. It has independent intellectual property rights and achieves a stable single-frequency laser output with single longitudinal mode, linear polarization, and narrow linewidth. CoSF-D has extremely low phaseand ...
  • Wavelength: 1530-1572 nm
  • Output Power: 0.1 W
  • Beam Quality (M^2): 1.05 
  • Operation Mode: Continuous Wave (CW)
Data Sheet
Connet CoSF-D is a low-noise Single Frequency fiber laser based on Distributed Feedback Bragg Grating (DFB) technology. It has independent intellectual property rights and achieves a stable single-frequency laser output with single longitudinal mode, linear polarization, and narrow linewidth. CoSF-D has extremely low phaseand ...
  • Wavelength: 1530-1572 nm
  • Output Power: 0.05 W
  • Beam Quality (M^2): 1.05 
  • Operation Mode: Continuous Wave (CW)
Data Sheet
Here you can learn what is special about our single frequency fiber lasers and request more information. We will be happy to work with you, whether you are an OEM, academic research lab or any other customer. Connet's CoSF-D represents the series of low-noise single frequency fiber lasers based on Distributed Feedback Bragg Grating ...
  • Wavelength: 1900-2100 nm
  • Output Power: 0.02 W
  • Beam Quality (M^2): 1.05 
  • Operation Mode: Continuous Wave (CW)
Data Sheet
Here you can learn what is special about our single frequency fiber lasers and request more information. We will be happy to work with you, whether you are an OEM, academic research lab or any other customer. Connet's CoSF-D represents the series of low-noise single frequency fiber lasers based on Distributed Feedback Bragg Grating ...
  • Wavelength: 1010-1120 nm
  • Output Power: 50 W
  • Beam Quality (M^2): 1.05 
  • Operation Mode: Continuous Wave (CW)
Data Sheet
Here you can learn what is special about our single frequency fiber lasers and request more information. We will be happy to work with you, whether you are an OEM, academic research lab or any other customer. Connet's CoSF-D represents the series of low-noise single frequency fiber lasers based on Distributed Feedback Bragg Grating ...
  • Wavelength: 1530-1572 nm
  • Output Power: 0.1 W
  • Beam Quality (M^2): 1.05 
  • Operation Mode: Continuous Wave (CW)
Data Sheet
The 1.0um single-mode CW fiber laser of Connet Laser is a highly integrated continuous Yb-doped fiber laser system with high power output. This fiber laser employs the integrated design of all-fiber structure and use the double cladding fiber pumping technology to realize the high performance output laser. The output power can be up ...
  • Wavelength: 1064 nm
  • Output Power: 20 W
  • Beam Quality (M^2): 1.2 
  • Operation Mode: Continuous Wave (CW)
  • Output Isolation : 35 dB
  • ...
Data Sheet
The 1.5um CW fiber lasers of Connet Laser are eye-safe high power fiber lasers. These fiber lasers employ the integrated design of all-fiber structure and use the double cladding fiber pumping technology to realize the high performance output laser. The output power can be up to 10W and the near diffraction-limited beam quality is ...
  • Wavelength: 1530~1575 nm
  • Output Power: 20 W
  • Beam Quality (M^2): <1.2 
  • Operation Mode: Continuous Wave (CW)
Data Sheet
Connet CoSF-D narrow linewidth single frequency fiber laser is a low-noise fiber laser independently developed by patented technology. It adopts the Distributed Feedback Bragg Grating (DFB) type fiber laser technology and has independent intellectual property to achieve stable linear polarization, single longitudinal mode and ...
  • Wavelength: 1015 - 1110 nm
  • Output Power: 0.02 W
  • Beam Quality (M^2): 1.05 
  • Operation Mode: Continuous Wave (CW)
Data Sheet
Connet CoSF-D narrow linewidth single frequency fiber laser is a low-noise fiber laser independently developed by patented technology. It adopts the Distributed Feedback Bragg Grating (DFB) type fiber laser technology and has independent intellectual property to achieve stable linear polarization, single longitudinal mode and ...
  • Wavelength: 1530 - 1570 nm
  • Output Power: 0.01 W
  • Beam Quality (M^2): <1.05 
  • Operation Mode: Continuous Wave (CW)
Data Sheet
Connet CoSF-D narrow linewidth single frequency fiber laser is a low-noise fiber laser independently developed by patented technology. It adopts the Distributed Feedback Bragg Grating (DFB) type fiber laser technology and has independent intellectual property to achieve stable linear polarization, single longitudinal mode and ...
  • Wavelength: 1015 - 1110 nm
  • Output Power: 0.05 - 0.1 W
  • Beam Quality (M^2): 1.05 
  • Operation Mode: Continuous Wave (CW)
Data Sheet
Connet CoSF-D narrow linewidth single frequency fiber laser is a low-noise fiber laser independently developed by patented technology. It adopts the Distributed Feedback Bragg Grating (DFB) type fiber laser technology and has independent intellectual property to achieve stable linear polarization, single longitudinal mode and ...
  • Wavelength: 1545 - 1570 nm
  • Output Power: 10 - 50 W
  • Beam Quality (M^2): <1.1 
  • Operation Mode: Continuous Wave (CW)
Data Sheet

Did You know?

The first fiber laser was operated in a Nd-doped glass fiber and was transversely pumped by coiling the fiber around a flash lamp. It consisted of a diode pump laser, and a wavelength selective coupler that allowed the pump wavelength to enter the fiber transmission system without disturbing the signal. Fiber lasers have potential applications in production of ultra-short pulses as well as in distance communications where optically transmitted signal can obtain a direct optical "boost" or amplification as it travels from one continent to another. This supersedes the earlier technique of converting the optical signal to an electrical one, amplifying it, and then re-inserting it into the fiber for further optical transmission.