The development of new laser sources have opened up new opportunities and challenges for laser welding. The applicability of these laser sources ranges from creating weld joints for the production of micro-scale components, to reproducible and reliable joining of large parts through welds that withstand high loads. Various processing strategies also allow maximum flexibility in terms of the most suitable type of radiation and short cycle times. These benefits of laser welding process of plastics is being increasing used for industrial applications. More automotive parts are being welded by this technique at automotive suppliers, electronics, and medical device industries. New approaches, such as Twist process have been developed, to overcom...
Laser beam welding of thermoplastics offers innovative solutions to overcome limitations of conventi...
AbstractAside from conventional welding methods, laser welding of plastics has established itself as...
As we enter the micro age, the new challenge in the plastics industry is to manufacture and assemble...
The growing significance of laser technology in industrial manufacturing is also observed in case of...
The use of lasers in production engineering for plastics parts is now an inherent feature of innovat...
With the advances in power sources and optic technologies, high-power laser welding has been utilize...
Laser welding is a high-energy process used in a wide range of advanced materials to obtain micro- t...
Laser beam welding of thermoplastic polymers is already accepted by industry, such as in automotive ...
Abstract: Only a few welding processes for plastics meet the special demands of microtech-nology. La...
High power laser applications started their success with drilling holes and oxyg en cutting of metal...
Plastics play an important role in almost every facet of our lives and constitute a wide variety of ...
Laser diode-based welding of plastics is a joining technique which can readily be used in industrial...
1. introduction: The increasing requirements of the automotive production in terms of the flexibiliz...
Among novel techniques, laser welding is considered an adaptable and rapidly evolving method, findin...
AbstractThe design of Tail lamps has been changed dramatically since cars built. At modern lamps, th...
Laser beam welding of thermoplastics offers innovative solutions to overcome limitations of conventi...
AbstractAside from conventional welding methods, laser welding of plastics has established itself as...
As we enter the micro age, the new challenge in the plastics industry is to manufacture and assemble...
The growing significance of laser technology in industrial manufacturing is also observed in case of...
The use of lasers in production engineering for plastics parts is now an inherent feature of innovat...
With the advances in power sources and optic technologies, high-power laser welding has been utilize...
Laser welding is a high-energy process used in a wide range of advanced materials to obtain micro- t...
Laser beam welding of thermoplastic polymers is already accepted by industry, such as in automotive ...
Abstract: Only a few welding processes for plastics meet the special demands of microtech-nology. La...
High power laser applications started their success with drilling holes and oxyg en cutting of metal...
Plastics play an important role in almost every facet of our lives and constitute a wide variety of ...
Laser diode-based welding of plastics is a joining technique which can readily be used in industrial...
1. introduction: The increasing requirements of the automotive production in terms of the flexibiliz...
Among novel techniques, laser welding is considered an adaptable and rapidly evolving method, findin...
AbstractThe design of Tail lamps has been changed dramatically since cars built. At modern lamps, th...
Laser beam welding of thermoplastics offers innovative solutions to overcome limitations of conventi...
AbstractAside from conventional welding methods, laser welding of plastics has established itself as...
As we enter the micro age, the new challenge in the plastics industry is to manufacture and assemble...