Add to ORKGLaser cutting is the most widespread application among laser material processing. Meanwhile, nearly each material can be cut by means of a laser, in particular since ultra short pulse lasers are available in the power range of up to 100 W. The paper will concentrate on cutting with high power cw lasers in the near and far IR laser. Latest developments in terms of thick plate cutting, remote cutting without utilizing assist gas, and cutting of non-metals like plastics or composite materials are introduced and discussed. Finally, an outlook of future trends of laser cutting will be given
Today, laser processing is becoming more and more relevant due to its fast adaptation to the most cr...
Since the first successful demonstration of the laser in 1960 the laser’s potential for materials pr...
At Fraunhofer IWS Dresden different, partially prototypic high power continuous wave (cw) beam sourc...
Laser cutting of plastic material was one of the first applications done by CO2 lasers in the early ...
The cutting process has reached the highest standard among the different high power laser apllicatio...
During the last years material requirements became more and more specific. Today, the market offers ...
The paper deals with possibilities using the laser in technology. It evaluates the influence of desi...
The fundamentals of laser remote cutting will be introduced as well as a comparison to the conventio...
Usage and process development of laser beam cutting of thin metal sheets is still progressing. New l...
Of the many machining processes used in manufacturing to cut metals and non-metals, laser cutting of...
Laser cutting plays a huge role in the field of laser materials processing. An excellent beam qualit...
The spite of being the most established laser processing technology since more than 25 years, laser ...
Presently laser beam cutting is a rapidly developing technology. New laser sources with higher power...
AbstractLaser pulses with a pulsewidth of a few picoseconds have recently received a lot of attentio...
This paper describes the technology of cutting thic carbon steels of thickness up to 1mm using pulse...
Today, laser processing is becoming more and more relevant due to its fast adaptation to the most cr...
Since the first successful demonstration of the laser in 1960 the laser’s potential for materials pr...
At Fraunhofer IWS Dresden different, partially prototypic high power continuous wave (cw) beam sourc...
Laser cutting of plastic material was one of the first applications done by CO2 lasers in the early ...
The cutting process has reached the highest standard among the different high power laser apllicatio...
During the last years material requirements became more and more specific. Today, the market offers ...
The paper deals with possibilities using the laser in technology. It evaluates the influence of desi...
The fundamentals of laser remote cutting will be introduced as well as a comparison to the conventio...
Usage and process development of laser beam cutting of thin metal sheets is still progressing. New l...
Of the many machining processes used in manufacturing to cut metals and non-metals, laser cutting of...
Laser cutting plays a huge role in the field of laser materials processing. An excellent beam qualit...
The spite of being the most established laser processing technology since more than 25 years, laser ...
Presently laser beam cutting is a rapidly developing technology. New laser sources with higher power...
AbstractLaser pulses with a pulsewidth of a few picoseconds have recently received a lot of attentio...
This paper describes the technology of cutting thic carbon steels of thickness up to 1mm using pulse...
Today, laser processing is becoming more and more relevant due to its fast adaptation to the most cr...
Since the first successful demonstration of the laser in 1960 the laser’s potential for materials pr...
At Fraunhofer IWS Dresden different, partially prototypic high power continuous wave (cw) beam sourc...