The growing significance of laser technology in industrial manufacturing is also observed in case of plastic industry.La ser cutting and marking are established processes.Laser beam welding is successful practiced in processes like joining foils or winding reinforced prepregs. Laser radiation and its significant advantages of contactless and local heating could even be an alternative to conventional welding processes using heating elements, vibration or ultrasonic waves as energy sources.De velopments in the field of laser diodes increase the interest in laser technology for material processing because in the near future they will represent an inexpensive energy source
As we enter the micro age, the new challenge in the plastics industry is to manufacture and assemble...
The joining of polymeric materials is a technology used in many industrial applications, from transp...
The production of microsystems and miniaturized devices often requires joining technologies, which m...
Laser beam welding of thermoplastic polymers is already accepted by industry, such as in automotive ...
The development of new laser sources have opened up new opportunities and challenges for laser weldi...
Laser welding of polymers using high power diode lasers offers specific process advantages over conv...
Laser diode-based welding of plastics is a joining technique which can readily be used in industrial...
Abstract: Only a few welding processes for plastics meet the special demands of microtech-nology. La...
AbstractAside from conventional welding methods, laser welding of plastics has established itself as...
Laser welding is a high-energy process used in a wide range of advanced materials to obtain micro- t...
For welding of plastics the material has to be molten at the interface. During welding the temperatu...
Laser beam welding of thermoplastics offers innovative solutions to overcome limitations of conventi...
Laser welding of polymers is today a commonly used industrial technology. It has shownobvious advant...
Current product development showing an ever shrinking physical volume is asking for new, reliable jo...
Plastics play an important role in almost every facet of our lives and constitute a wide variety of ...
As we enter the micro age, the new challenge in the plastics industry is to manufacture and assemble...
The joining of polymeric materials is a technology used in many industrial applications, from transp...
The production of microsystems and miniaturized devices often requires joining technologies, which m...
Laser beam welding of thermoplastic polymers is already accepted by industry, such as in automotive ...
The development of new laser sources have opened up new opportunities and challenges for laser weldi...
Laser welding of polymers using high power diode lasers offers specific process advantages over conv...
Laser diode-based welding of plastics is a joining technique which can readily be used in industrial...
Abstract: Only a few welding processes for plastics meet the special demands of microtech-nology. La...
AbstractAside from conventional welding methods, laser welding of plastics has established itself as...
Laser welding is a high-energy process used in a wide range of advanced materials to obtain micro- t...
For welding of plastics the material has to be molten at the interface. During welding the temperatu...
Laser beam welding of thermoplastics offers innovative solutions to overcome limitations of conventi...
Laser welding of polymers is today a commonly used industrial technology. It has shownobvious advant...
Current product development showing an ever shrinking physical volume is asking for new, reliable jo...
Plastics play an important role in almost every facet of our lives and constitute a wide variety of ...
As we enter the micro age, the new challenge in the plastics industry is to manufacture and assemble...
The joining of polymeric materials is a technology used in many industrial applications, from transp...
The production of microsystems and miniaturized devices often requires joining technologies, which m...