The cutting process has reached the highest standard among the different high power laser apllications which are under development nowadays. Nevertheless, new developments in high speed cutting (Vsubs 100 m/min) and in cutting thicker metals (t is equal to 10 - 30 mm) can be expected. The strongest increase of different applications can be observed in the welding of metals using a 4 to 6 kW laser at the moment and 10 kW beam power in the near future. The laser surface treatment is still under development. But it can be expected that in this field the biggest market will arise in future. The development of process control techniques, which is supported at the moment, is important for all applications
Since the first successful demonstration of the laser in 1960 the laser’s potential for materials pr...
AbstractThe laser is an established tool in the process chain to produce hot stamped components. Whi...
The developments in the sphere of semiconductors have also led to a new generation of laser beam sou...
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...
Laser cutting is the most widespread application among laser material processing. Meanwhile, nearly ...
Usage and process development of laser beam cutting of thin metal sheets is still progressing. New l...
High Power Lasers have been used for years in corresponding applications. Constantly new areas and n...
High power laser applications started their success with drilling holes and oxyg en cutting of metal...
Increasing productivity in splitting up of metal sheets by means of mechanical cutting processes is ...
At the time being CO2-lasers are widely used in industrial applications. The increasing number of de...
Diffraction-limited high power lasers represent a new generation of lasers for materials processing,...
Today, laser processing is becoming more and more relevant due to its fast adaptation to the most cr...
The development of new laser sources have opened up new opportunities and challenges for laser weldi...
With the advances in power sources and optic technologies, high-power laser welding has been utilize...
Since the first successful demonstration of the laser in 1960 the laser’s potential for materials pr...
AbstractThe laser is an established tool in the process chain to produce hot stamped components. Whi...
The developments in the sphere of semiconductors have also led to a new generation of laser beam sou...
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...
Laser cutting is the most widespread application among laser material processing. Meanwhile, nearly ...
Usage and process development of laser beam cutting of thin metal sheets is still progressing. New l...
High Power Lasers have been used for years in corresponding applications. Constantly new areas and n...
High power laser applications started their success with drilling holes and oxyg en cutting of metal...
Increasing productivity in splitting up of metal sheets by means of mechanical cutting processes is ...
At the time being CO2-lasers are widely used in industrial applications. The increasing number of de...
Diffraction-limited high power lasers represent a new generation of lasers for materials processing,...
Today, laser processing is becoming more and more relevant due to its fast adaptation to the most cr...
The development of new laser sources have opened up new opportunities and challenges for laser weldi...
With the advances in power sources and optic technologies, high-power laser welding has been utilize...
Since the first successful demonstration of the laser in 1960 the laser’s potential for materials pr...
AbstractThe laser is an established tool in the process chain to produce hot stamped components. Whi...
The developments in the sphere of semiconductors have also led to a new generation of laser beam sou...