We present a pulsed fiber laser system with average power up to 265 W, pulse energy up to 10.6 mJ, pulse duration adjustable in the range 500 ps-500 ns, repetition rate fully controllable from single-shot operation up to 1 MHz, and the ability to control peak power independently of pulse energy. The system has a compact, all-spliced construction. Such a versatile laser will have wide applications in materials processing
A highly adaptable fiber laser with pulse-on-demand and precision pulse-duration tuning is presented...
We present a high-average-power femtosecond laser system at 520nm central wavelength. The laser syst...
We report on a fiber-based, Yb-doped, ultrafast laser system capable of outputting 100 W average pow...
The rapid development of commercial multi-kW continuous-wave fibre lasers and high-peak power fibre ...
We are developing an all fiber laser system optimized for providing input pulses for short pulse (1-...
The power-handling capabilities of the main amplifier in a fiber laser reveal a potential performanc...
© 2020 Optical Society of America.In this work, we demonstrate a single frequency, high power fiber-...
The master-oscillator power-amplifier approach, cladding pumping technology and large mode area fibe...
AbstractFiber lasers are widely used in industry for various applications. For marking applications ...
A fiber laser system emitting 26 mJ pulses with an average output power of 140 W and a beam propagat...
We present the development of a high power fiber laser system to investigate its suitability for use...
The extended performance capabilities of fiber lasers are increasingly used in lower-power marking, ...
We present the development of a high power fiber laser system to investigate its suitability for use...
We have demonstrated an Yb-fiber laser system incorporating a CFBG stretcher, bandwidth optimised am...
Pulsed fiber laser systems provide flexible pulses in a wide range of lengths and repetition rates w...
A highly adaptable fiber laser with pulse-on-demand and precision pulse-duration tuning is presented...
We present a high-average-power femtosecond laser system at 520nm central wavelength. The laser syst...
We report on a fiber-based, Yb-doped, ultrafast laser system capable of outputting 100 W average pow...
The rapid development of commercial multi-kW continuous-wave fibre lasers and high-peak power fibre ...
We are developing an all fiber laser system optimized for providing input pulses for short pulse (1-...
The power-handling capabilities of the main amplifier in a fiber laser reveal a potential performanc...
© 2020 Optical Society of America.In this work, we demonstrate a single frequency, high power fiber-...
The master-oscillator power-amplifier approach, cladding pumping technology and large mode area fibe...
AbstractFiber lasers are widely used in industry for various applications. For marking applications ...
A fiber laser system emitting 26 mJ pulses with an average output power of 140 W and a beam propagat...
We present the development of a high power fiber laser system to investigate its suitability for use...
The extended performance capabilities of fiber lasers are increasingly used in lower-power marking, ...
We present the development of a high power fiber laser system to investigate its suitability for use...
We have demonstrated an Yb-fiber laser system incorporating a CFBG stretcher, bandwidth optimised am...
Pulsed fiber laser systems provide flexible pulses in a wide range of lengths and repetition rates w...
A highly adaptable fiber laser with pulse-on-demand and precision pulse-duration tuning is presented...
We present a high-average-power femtosecond laser system at 520nm central wavelength. The laser syst...
We report on a fiber-based, Yb-doped, ultrafast laser system capable of outputting 100 W average pow...