The spite of being the most established laser processing technology since more than 25 years, laser beam cutting is still a rapidly developing technology. New laser sources with higher power and improved beam quality as well as the modern drive and control equipment together with advanced process developments allow a significant increase in cutting speed and cutting depth at excellent quality features. About laser beam slitting of sheet metal coils with speeds up to more than 100 m/min and the corresponding system technology of the world's first industrial laser slitting line has recently been reported. The production system is equiped with 8 lasers cutting simultaneously and under closed-loop process control. In addition, fast cutting of c...
During the last years material requirements became more and more specific. Today, the market offers ...
The quick manufacturing of large metal forming tools, e.g. for car body parts, is a novel and promis...
The most widely used high power industrial lasers are Nd:YAG and carbon-dioxide lasers. Chemical oxy...
The cutting process has reached the highest standard among the different high power laser apllicatio...
Presently laser beam cutting is a rapidly developing technology. New laser sources with higher power...
Usage and process development of laser beam cutting of thin metal sheets is still progressing. New l...
Increasing productivity in splitting up of metal sheets by means of mechanical cutting processes is ...
Cutting of sheet metal is still a growing market which has especially changed with the appearance of...
Since the emergence of high power single mode fiber lasers cutting velocities of more than 100 m/min...
High strength steel materials, coated sheet metals and other metallic materials for manufacturing ca...
Laser cutting of plastic material was one of the first applications done by CO2 lasers in the early ...
Over the past years, lasers with superb beam quality and cutting machines with l inear drives have e...
Diffraction-limited high power lasers represent a new generation of lasers for materials processing,...
Laser cutting is the most widespread application among laser material processing. Meanwhile, nearly ...
In the past few years, the Fraunhofer IPT has presented the development of laser generating, a rapid...
During the last years material requirements became more and more specific. Today, the market offers ...
The quick manufacturing of large metal forming tools, e.g. for car body parts, is a novel and promis...
The most widely used high power industrial lasers are Nd:YAG and carbon-dioxide lasers. Chemical oxy...
The cutting process has reached the highest standard among the different high power laser apllicatio...
Presently laser beam cutting is a rapidly developing technology. New laser sources with higher power...
Usage and process development of laser beam cutting of thin metal sheets is still progressing. New l...
Increasing productivity in splitting up of metal sheets by means of mechanical cutting processes is ...
Cutting of sheet metal is still a growing market which has especially changed with the appearance of...
Since the emergence of high power single mode fiber lasers cutting velocities of more than 100 m/min...
High strength steel materials, coated sheet metals and other metallic materials for manufacturing ca...
Laser cutting of plastic material was one of the first applications done by CO2 lasers in the early ...
Over the past years, lasers with superb beam quality and cutting machines with l inear drives have e...
Diffraction-limited high power lasers represent a new generation of lasers for materials processing,...
Laser cutting is the most widespread application among laser material processing. Meanwhile, nearly ...
In the past few years, the Fraunhofer IPT has presented the development of laser generating, a rapid...
During the last years material requirements became more and more specific. Today, the market offers ...
The quick manufacturing of large metal forming tools, e.g. for car body parts, is a novel and promis...
The most widely used high power industrial lasers are Nd:YAG and carbon-dioxide lasers. Chemical oxy...