Industrial Laser Solutions: Laser Welding Technology Non-Metals - OptoIQ your destination for the latest information on optical technologies and applications

Lasers join ceramic and polymer components (Oct 1, 2009)
A novel joining technique, suitable for manufacturing micro components, enables dissimilar metals to be joined to each other economically Read More >>

Laser transmission welding of polymers (Oct 1, 2008)
Expanding usability by enhancing joining part sizes. Read More >>

Hybrid laser welding of polymers (Jun 1, 2008)
The combination of laser radiation with radiation emitted by halogen lamps provides improvements over the conventional laser welding process. Read More >>

Welding transparent plastics (Feb 1, 2008)
New process allows plastics to absorb laser radiation and therefore be welded more efficiently Read More >>

Welding plastic (Oct 1, 2006)
For plastic welding high-power diode lasers offer high efficiency and compact design Read More >>

Lasers impact food packaging (Mar 1, 2005)
The availability of small-footprint sealed CO₂ lasers and the development of shorter output wavelengths are spurring growth in thin-film converting applications Read More >>

Disc and fiber gain ground (Feb 1, 2005)
Laser welding efficiency and cost is compared among CO₂, Nd:YAG, fiber, and disc lasers Read More >>

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