Laser beam soldering as a longterm and temperature stable joining alternative to adhesive bonding for optoelectronical systems is introduced. Using a solder alloy that can be processed fluxless (e.g. 80Au20Sn) more functionality than pure position securing, for instance electrical connections and heat sinks for laseroptics, can be incorporated into the joint. Along with smart system platforms, made from ceramics and composites, providing the right interfaces for such functional joints a dense integration of optical and heat generating electrooptical components becomes possible
We present Solderjet Bumping, a laser-based soldering process, as an all inorganic joining technique...
Multi-beam optics for a novel laser soldering system providing solutions for various industrial lase...
Laser beam soldering is a packaging technology alternative to polymeric adhesive bonding in terms of...
Based on the development of an adhering and solderable layer system microoptical subsystems are join...
Based on the development of an adhering and solderable layer system microoptical systems are joined ...
Longterm stable and high precise interconnections between small optical components and the optomecha...
Laser based joining technologies for optical assemblies overcome the limitations of standard fixatio...
Further miniaturization of 3D-integrated hybrid optical systems on smart system platforms requires a...
Solder joining using metallic solder alloys is an alternative to adhesive bonding. Laser-based solde...
Soldering using metallic solder alloys is an alternative to adhesive bonding. Laser-based soldering ...
Joining of micro-optical systems is an important step during the manufacturing process, especially w...
System integration of complex and demanding micro-systems requires advanced packaging technologies. ...
A novel laser-based soldering technique - Solderjet Bumping - using liquid solder droplets in a flux...
We present Solderjet Bumping, a laser-based soldering process, as an all inorganic joining technique...
Laser based solder bumping is a highly flexible and fast approach for flux-free soldering of micro-o...
We present Solderjet Bumping, a laser-based soldering process, as an all inorganic joining technique...
Multi-beam optics for a novel laser soldering system providing solutions for various industrial lase...
Laser beam soldering is a packaging technology alternative to polymeric adhesive bonding in terms of...
Based on the development of an adhering and solderable layer system microoptical subsystems are join...
Based on the development of an adhering and solderable layer system microoptical systems are joined ...
Longterm stable and high precise interconnections between small optical components and the optomecha...
Laser based joining technologies for optical assemblies overcome the limitations of standard fixatio...
Further miniaturization of 3D-integrated hybrid optical systems on smart system platforms requires a...
Solder joining using metallic solder alloys is an alternative to adhesive bonding. Laser-based solde...
Soldering using metallic solder alloys is an alternative to adhesive bonding. Laser-based soldering ...
Joining of micro-optical systems is an important step during the manufacturing process, especially w...
System integration of complex and demanding micro-systems requires advanced packaging technologies. ...
A novel laser-based soldering technique - Solderjet Bumping - using liquid solder droplets in a flux...
We present Solderjet Bumping, a laser-based soldering process, as an all inorganic joining technique...
Laser based solder bumping is a highly flexible and fast approach for flux-free soldering of micro-o...
We present Solderjet Bumping, a laser-based soldering process, as an all inorganic joining technique...
Multi-beam optics for a novel laser soldering system providing solutions for various industrial lase...
Laser beam soldering is a packaging technology alternative to polymeric adhesive bonding in terms of...