Enamelled copper wire can be reliably stripped and tin-plated using a selective soldering process that thermally combines both steps into a single process. Solutions from EUTECT enable reproducible in-line processing without the need for mechanical or chemical stripping.
High-temperature brazing enables brazed joints with high thermal and mechanical stability. The use of high-melting-point solder alloys improves creep resistance and reduces the probability of failure under thermal cycling. This is particularly relevant for long-life assemblies subject to high current densities and cyclic temperature stresses.
Non-wettable solder nozzles prevent unwanted interactions with the solder. EUTECT makes targeted use of these to ensure stable processes during Innolot processing.
In laser brazing, the time window for heat input is very short. SWF with MFC ensures precise wire positioning and synchronised material feed, which significantly improves the quality of the brazing.
A galvo scanner is a system for the precise deflection of laser beams. It uses rotating mirrors controlled by galvanometers. A closed-loop control system ensures that the mirror position is adjusted in real time and that the laser beam is positioned with precision.
A production cell combines several manufacturing steps within a single system. This shortens lead times, reduces transport requirements and improves process control. This results in greater efficiency and better quality.
Thanks to special alloying elements, Innolot offers higher strength, better creep resistance and greater reliability. This makes it particularly suitable for applications involving high thermal and mechanical stresses.
Various processes, such as mini-wave, laser and thermode soldering, can be integrated into the modular systems. EUTECT combines these technologies depending on the application to ensure reliable soldering even of complex and thermally sensitive assemblies.
Modular solutions allow for precise adaptation to assemblies and production requirements. EUTECT relies on validated modules that ensure stable processes, short implementation times and reproducible soldering quality in series production.
Reproducible processes require defined process windows, closed-loop control systems for temperature and solder flow, and continuous process monitoring. In-line systems with a nitrogen atmosphere and validated parameters, such as those used by EUTECT, ensure consistent quality in series production.
