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  • Wavelength: 1064 nm
  • Output Power: 3 W
  • Beam Quality (M^2): 1.1 
  • Operation Mode: Continuous Wave (CW)
  • Modulation Frequency: 8 kHz
Data Sheet
  • Wavelength: 1064 nm
  • Output Power: 5 W
  • Beam Quality (M^2): 1.1 
  • Operation Mode: Continuous Wave (CW)
  • Modulation Frequency : 8  kHz
Data Sheet
  • Wavelength: 1064 nm
  • Output Power: 10 W
  • Beam Quality (M^2): 1.1 
  • Operation Mode: Continuous Wave (CW)
  • Modulation Frequency: 8 kHz
Data Sheet
  • Wavelength: 1064 nm
  • Output Power: 100 W
  • Beam Quality (M^2): 1.1 
  • Operation Mode: Continuous Wave (CW)
  • Modulation Frequency: 45 kHz
Data Sheet
  • Wavelength: 1064 nm
  • Output Power: 200 W
  • Beam Quality (M^2): 1.1 
  • Operation Mode: Continuous Wave (CW)
  • Modulation Frequency: 45 kHz
Data Sheet
High Output Power, up to 400W Modulation Frequency up to 45kHz Compact Footprint / Air cooled
  • Wavelength: 1064 nm
  • Output Power: 400 W
  • Beam Quality (M^2): 1.1 
  • Operation Mode: Continuous Wave (CW)
  • Modulation Frequency: 45 kHz
Data Sheet
  • Wavelength: 1570 nm
  • Output Power: 5 W
  • Beam Quality (M^2): -- 
  • Operation Mode: Continuous Wave (CW)
  • Max Modulation Frequency: 5 kHz
Data Sheet
  • Wavelength: 1570 nm
  • Output Power: 10 W
  • Beam Quality (M^2): -- 
  • Operation Mode: Continuous Wave (CW)
  • Max Modulation Frequency: 5 kHz
Data Sheet
Low power consumption Output powers up to 30W Eye-safe Wavelength
  • Wavelength: 1570 nm
  • Output Power: 20 W
  • Beam Quality (M^2): - -  
  • Operation Mode: Continuous Wave (CW)
  • Max Modulation Frequency: 5 kHz
Data Sheet
  • Wavelength: 1570 nm
  • Output Power: 30 W
  • Beam Quality (M^2): - - 
  • Operation Mode: Continuous Wave (CW)
  • Max Modulation Frequency: 5 kHz
Data Sheet
  • Wavelength: 1980 nm
  • Output Power: 20 W
  • Beam Quality (M^2): 1.3 
  • Operation Mode: Continuous Wave (CW), Modulated
Data Sheet
  • Wavelength: 1064 nm
  • Output Power: 3 W
  • Beam Quality (M^2): 1.1 
  • Operation Mode: Continuous Wave (CW)
  • Modulation Frequency: 8 kHz
Data Sheet
  • Wavelength: 1064 nm
  • Output Power: 5 W
  • Beam Quality (M^2): 1.1 
  • Operation Mode: Continuous Wave (CW)
  • Modulation Frequency: 8 kHz
Data Sheet
BKtel is a world leading supplier of Telecordia grade fiber lasers and fiber amplifiers. Established in 1997, with nearly 20 years of R&D, BKtel continues to offer \"best in class\", high power, single mode 1um and 1.5um fiber lasers and amplifiers. Their series of fiber lasers and fiber amplifiers can be tailor made to a ...
  • Wavelength: 1064 nm
  • Output Power: 5 W
  • Beam Quality (M^2): 1.1 
  • Operation Mode: Continuous Wave (CW), Modulated
  • Wavelength Range: 1060 - 1080 nm 
  • ...
Data Sheet
BKtel is a world leading supplier of Telecordia grade fiber lasers and fiber amplifiers. Established in 1997, with nearly 20 years of R&D, BKtel continues to offer \"best in class\", high power, single mode 1um and 1.5um fiber lasers and amplifiers. Their series of fiber lasers and fiber amplifiers can be tailor made to a ...
  • Wavelength: 1064 nm
  • Output Power: 5 W
  • Beam Quality (M^2): 1.1 
  • Operation Mode: Continuous Wave (CW), Modulated
  • Wavelength Range: 1060-1080 nm 
  • ...
Data Sheet
BKtel is a world leading supplier of Telecordia grade fiber lasers and fiber amplifiers. Established in 1997, with nearly 20 years of R&D, BKtel continues to offer \"best in class\", high power, single mode 1um and 1.5um fiber lasers and amplifiers. Their series of fiber lasers and fiber amplifiers can be tailor made to a ...
  • Wavelength: 1064 nm
  • Output Power: 5 W
  • Beam Quality (M^2): 1.1 
  • Operation Mode: Continuous Wave (CW), Modulated
  • Wavelength Range : 1060 - 1080 nm  
  • ...
Data Sheet
Single Module CW Fiber Laser RFL-C1500
Raycus
The third-generation single module CW fiber laser series developed by Raycus ranges from 300W to 2,000W, the new lasers has higher electro-optical conversion efficiency, higher and more stable optical quality, stronger altitude stress-resisting capacity and it applies optimized second-generation fiber transmission system to ensure ...
  • Wavelength: 1080 nm
  • Output Power: 1500 W
  • Beam Quality (M^2): 2.7 
  • Operation Mode: Continuous Wave (CW)
Data Sheet
Laser OWL HP 1310-1550
Optical Wavelength Laboratories
he Laser OWL HP (High-Power) is a cost effective, compact, handheld laser light source. The temperature compensated outputs are calibrated to couple 0dBm of optical power into an 9 micron single mode fiber. This light source is offered with both 1310nm and 1550nm lasers installed. The source is simple to operate with an ...
  • Wavelength: 1310 nm
  • Output Power: - W
  • Beam Quality (M^2):
  • Operation Mode: Continuous Wave (CW)
  • Wavelength Options: 1310nm and 1550nm 
Data Sheet
Laser OWL 1550 HP
Optical Wavelength Laboratories
The Laser OWL 1550 HP (High-Power) is a cost effective, compact, handheld laser light source. The temperature compensated outputs are calibrated to couple 0dBm of optical power into an 9 micron single mode fiber. The light source is offered in a single 1550nm version, and can be easily upgraded to include a 1310nm laser. The ...
  • Wavelength: 1550 nm
  • Output Power: - W
  • Beam Quality (M^2):
  • Operation Mode: Continuous Wave (CW)
Data Sheet
Laser OWL 1310 HP
Optical Wavelength Laboratories
The Laser OWL 1310 HP (High-Power) is a cost effective, compact, handheld laser light source. The temperature compensated outputs are calibrated to couple 0dBm of optical power into singlemode fiber. The light source is offered in a single 1310nm version, and can be easily upgraded to include a 1550nm laser. The source is simple ...
  • Wavelength: 1310 nm
  • Output Power: - W
  • Beam Quality (M^2):
  • 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.