AbstractDifferent types of laser sources can be used for polymer welding. By the principle of laser transmission welding the wavelength of the laser is one of the most important criteria when selecting a laser source as the optical properties of the polymers are depending on the wavelength. Up to date white material cannot be welded to each other. The results show that by analysis of the optical properties, especially the absorption and the scattering coefficient and adaption of the laser wavelength the process limits can be extended
Traditionally laser polymer welding has been done by using lasers with wavelength of c. 1 μm wavelen...
Traditionally laser polymer welding has been done by using lasers with wavelength of c. 1 μm wavelen...
The joining of materials is essential to many industrial applications used today. However, it still ...
Different types of laser sources can be used for polymer welding. By the principle of laser transmis...
AbstractDifferent types of laser sources can be used for polymer welding. By the principle of laser ...
Within the plastic industry, laser transmission welding ranks among the most important joining techn...
Polymeric products play an important role in almost every aspect of our lives and they can be found ...
AbstractLaser transmission welding is a well known joining technology for thermoplastics. As undoped...
Within the plastic industry laser transmission welding ranks among the most important joining techni...
A laser transmission welding technique is commonly used to join polymers. In this technique the lase...
The laser welding of thermoplastics has been established in several industrial applications, but it ...
Absorber-free transmission and butt-welding of different polymers were performed using thulium fiber...
Absorber-free transmission and butt-welding of different polymers were performed using thulium fiber...
Absorber-free transmission and butt-welding of different polymers were performed using thulium fiber...
Absorber-free transmission and butt-welding of different polymers were performed using thulium fiber...
Traditionally laser polymer welding has been done by using lasers with wavelength of c. 1 μm wavelen...
Traditionally laser polymer welding has been done by using lasers with wavelength of c. 1 μm wavelen...
The joining of materials is essential to many industrial applications used today. However, it still ...
Different types of laser sources can be used for polymer welding. By the principle of laser transmis...
AbstractDifferent types of laser sources can be used for polymer welding. By the principle of laser ...
Within the plastic industry, laser transmission welding ranks among the most important joining techn...
Polymeric products play an important role in almost every aspect of our lives and they can be found ...
AbstractLaser transmission welding is a well known joining technology for thermoplastics. As undoped...
Within the plastic industry laser transmission welding ranks among the most important joining techni...
A laser transmission welding technique is commonly used to join polymers. In this technique the lase...
The laser welding of thermoplastics has been established in several industrial applications, but it ...
Absorber-free transmission and butt-welding of different polymers were performed using thulium fiber...
Absorber-free transmission and butt-welding of different polymers were performed using thulium fiber...
Absorber-free transmission and butt-welding of different polymers were performed using thulium fiber...
Absorber-free transmission and butt-welding of different polymers were performed using thulium fiber...
Traditionally laser polymer welding has been done by using lasers with wavelength of c. 1 μm wavelen...
Traditionally laser polymer welding has been done by using lasers with wavelength of c. 1 μm wavelen...
The joining of materials is essential to many industrial applications used today. However, it still ...