Add to ORKGSoft thermoplastic elastomers and hard thermoplastics can now be flexibly joined by a diode laser, irrespective of joint geometry. This development opens up a wide range of applications, particularly in the automotive industry
Laser beam welding of thermoplastic polymers is already accepted by industry, such as in automotive ...
The growing need of lightweight components determined a large exploitation of non metallic materials...
AbstractParticularly in the automotive industry, the combination of dissimilar materials presents ma...
As we enter the micro age, the new challenge in the plastics industry is to manufacture and assemble...
The use of lasers in production engineering for plastics parts is now an inherent feature of innovat...
Joining of dissimilar materials is gaining more and more importance especially in the automotive ind...
Joining of dissimilar materials is gaining more and more importance especially in the automotive ind...
The polymer laser welding can be successfully used to join two or more parts of plastic surfaces and...
Transmission laser welding of thermoplastic polymers offers innovative solutions to overcome limitat...
Laser diode-based welding of plastics is a joining technique which can readily be used in industrial...
HIGH SPEED JOINING OF POLYMERIC PLASTICS USING DIFFERENT LASER SOURCES (CO2, ND-YAG AND HPDL
HIGH SPEED JOINING OF POLYMERIC PLASTICS USING DIFFERENT LASER SOURCES (CO2, ND-YAG AND HPDL
HIGH SPEED JOINING OF POLYMERIC PLASTICS USING DIFFERENT LASER SOURCES (CO2, ND-YAG AND HPDL
AbstractThis paper describes a laser-based process to join thermoplastics with metals thermally with...
AbstractAside from conventional welding methods, laser welding of plastics has established itself as...
Laser beam welding of thermoplastic polymers is already accepted by industry, such as in automotive ...
The growing need of lightweight components determined a large exploitation of non metallic materials...
AbstractParticularly in the automotive industry, the combination of dissimilar materials presents ma...
As we enter the micro age, the new challenge in the plastics industry is to manufacture and assemble...
The use of lasers in production engineering for plastics parts is now an inherent feature of innovat...
Joining of dissimilar materials is gaining more and more importance especially in the automotive ind...
Joining of dissimilar materials is gaining more and more importance especially in the automotive ind...
The polymer laser welding can be successfully used to join two or more parts of plastic surfaces and...
Transmission laser welding of thermoplastic polymers offers innovative solutions to overcome limitat...
Laser diode-based welding of plastics is a joining technique which can readily be used in industrial...
HIGH SPEED JOINING OF POLYMERIC PLASTICS USING DIFFERENT LASER SOURCES (CO2, ND-YAG AND HPDL
HIGH SPEED JOINING OF POLYMERIC PLASTICS USING DIFFERENT LASER SOURCES (CO2, ND-YAG AND HPDL
HIGH SPEED JOINING OF POLYMERIC PLASTICS USING DIFFERENT LASER SOURCES (CO2, ND-YAG AND HPDL
AbstractThis paper describes a laser-based process to join thermoplastics with metals thermally with...
AbstractAside from conventional welding methods, laser welding of plastics has established itself as...
Laser beam welding of thermoplastic polymers is already accepted by industry, such as in automotive ...
The growing need of lightweight components determined a large exploitation of non metallic materials...
AbstractParticularly in the automotive industry, the combination of dissimilar materials presents ma...