High-power fiber lasers are used in industrial applications such as cutting and welding of sheet metals, e.g., in the automotive or ship building industry. The benefit of using fiber lasers lies in their ability to produce high average output powers in the 10 kW range with fundamental mode beam quality and more than 50 kW of output power with multimode beam quality with high efficiencies. Due to a robust all-fiber setup, the lasers are very rugged and can be used even in harsh production environments, where they have already demonstrated high reliability
High performance fibre lasers (FLs) are now well established as an extremely robust and reliable eng...
High power fibre laser technology has come of age over the past five years or so, due primarily to d...
Fiber lasers offer a significant increase in performance flexibility from a single technology not ye...
Lasers are used in a wide range of applications that benefit from the pinsharp (spatially coherent) ...
The extended performance capabilities of fiber lasers are increasingly used in lower-power marking, ...
Fiber lasers can be considered a revolutionary technology in the laser field thanks to their unique ...
The area of fiber lasers has undergone rapid developments in recent years. Gone are the days when fi...
With the new industrial high power fiber lasers we have already stepped into a new generation of las...
Fraction-limited high power lasers represent a new generation of lasers for materials processing, ch...
Diffraction-limited high power lasers represent a new generation of lasers for materials processing,...
Fiber lasers have caught the imagination for applications requiring beam combination up to a 100kW o...
High power fiber lasers and amplifiers have reached several kilowatts of output power, and are now l...
Fiber lasers are among the best-used laser techniques in the recent decades. It has found its variou...
A scheme for directly exciting the radially-polarized TM01 mode in a fiber laser is reported. Prelim...
Fiber lasers are among the best-used laser techniques in the recent decades. It has found its variou...
High performance fibre lasers (FLs) are now well established as an extremely robust and reliable eng...
High power fibre laser technology has come of age over the past five years or so, due primarily to d...
Fiber lasers offer a significant increase in performance flexibility from a single technology not ye...
Lasers are used in a wide range of applications that benefit from the pinsharp (spatially coherent) ...
The extended performance capabilities of fiber lasers are increasingly used in lower-power marking, ...
Fiber lasers can be considered a revolutionary technology in the laser field thanks to their unique ...
The area of fiber lasers has undergone rapid developments in recent years. Gone are the days when fi...
With the new industrial high power fiber lasers we have already stepped into a new generation of las...
Fraction-limited high power lasers represent a new generation of lasers for materials processing, ch...
Diffraction-limited high power lasers represent a new generation of lasers for materials processing,...
Fiber lasers have caught the imagination for applications requiring beam combination up to a 100kW o...
High power fiber lasers and amplifiers have reached several kilowatts of output power, and are now l...
Fiber lasers are among the best-used laser techniques in the recent decades. It has found its variou...
A scheme for directly exciting the radially-polarized TM01 mode in a fiber laser is reported. Prelim...
Fiber lasers are among the best-used laser techniques in the recent decades. It has found its variou...
High performance fibre lasers (FLs) are now well established as an extremely robust and reliable eng...
High power fibre laser technology has come of age over the past five years or so, due primarily to d...
Fiber lasers offer a significant increase in performance flexibility from a single technology not ye...