AbstractIn this paper the developments in remote laser material processing with highly brilliant laser beam sources are reviewed. Its history and the system technologies, i.e. laser beam sources and optical components, are presented. The remote laser beam welding and the two remote laser beam cutting processes as well as current research topics and application areas are described. Finally, the impact of the remote technologies on the industrial production is discussed
Increasing challenges to match the requirements of lightweight design and cost-effective production ...
With the new industrial high power fiber lasers we have already stepped into a new generation of las...
Since the first successful demonstration of the laser in 1960 the laser’s potential for materials pr...
AbstractIn this paper the developments in remote laser material processing with highly brilliant las...
During the last years material requirements became more and more specific. Today, the market offers ...
Laser cutting plays a huge role in the field of laser materials processing. An excellent beam qualit...
Copyright © 2013 Paul Kah et al. This is an open access article distributed under the Creative Commo...
The flexibility in terms of beam shapability and amplitude in the process parameters range offered b...
Based on experimental investigations in 1985 researchers identified a remote cutting process with CO...
AbstractAs widely known laser materials processing has some advantages regarding local heat input an...
AbstractNear net shape preforms with a minimum of material consumption are required to increase the ...
A laser remote cutting process is analyzed, which differs significantly from established laser cutti...
Laser Welding (LW) is more often used in manufacturing due to its advantages, such as accurate cont...
The fundamentals of laser remote cutting will be introduced as well as a comparison to the conventio...
"The flexibility in terms of beam shapebility and amplitude in the range of process parameters offe...
Increasing challenges to match the requirements of lightweight design and cost-effective production ...
With the new industrial high power fiber lasers we have already stepped into a new generation of las...
Since the first successful demonstration of the laser in 1960 the laser’s potential for materials pr...
AbstractIn this paper the developments in remote laser material processing with highly brilliant las...
During the last years material requirements became more and more specific. Today, the market offers ...
Laser cutting plays a huge role in the field of laser materials processing. An excellent beam qualit...
Copyright © 2013 Paul Kah et al. This is an open access article distributed under the Creative Commo...
The flexibility in terms of beam shapability and amplitude in the process parameters range offered b...
Based on experimental investigations in 1985 researchers identified a remote cutting process with CO...
AbstractAs widely known laser materials processing has some advantages regarding local heat input an...
AbstractNear net shape preforms with a minimum of material consumption are required to increase the ...
A laser remote cutting process is analyzed, which differs significantly from established laser cutti...
Laser Welding (LW) is more often used in manufacturing due to its advantages, such as accurate cont...
The fundamentals of laser remote cutting will be introduced as well as a comparison to the conventio...
"The flexibility in terms of beam shapebility and amplitude in the range of process parameters offe...
Increasing challenges to match the requirements of lightweight design and cost-effective production ...
With the new industrial high power fiber lasers we have already stepped into a new generation of las...
Since the first successful demonstration of the laser in 1960 the laser’s potential for materials pr...