An SWF with MFC is used when processing very fine wires with a diameter of less than 0.5 mm and where the highest standards of precision, process reliability and reproducibility are required.
An SWF with MFC is used when processing very fine wires with a diameter of less than 0.5 mm and where the highest standards of precision, process reliability and reproducibility are required.
The SWF is a force- and travel-controlled wire feed system. EUTECT utilises this technology to ensure maximum process reliability.
The thermal process reduces the number of process steps and minimises sources of error, as the enameled copper wire is stripped of its enamel and tinned directly during the soldering process. EUTECT systems enable consistent mass production whilst reducing process costs and improving repeatability.
Galvo scanners enable fast and precise control of the laser beam. EUTECT GmbH uses this technology to precisely control heat input and ensure reproducible brazing processes.
Reconditioning reduces costs and extends the service life of existing titanium solder masks. At the same time, the tried-and-tested geometry is retained, meaning that existing processes can continue without the need for any adjustments.
When integrating its systems, EUTECT ensures interface compatibility with robotics and MES systems. This enables workpiece carriers to be seamlessly integrated into existing production processes.
The modular concept combines standardised functional modules such as the mini-wave, fluxer, preheating unit and handling system. EUTECT integrates these modules into a complete system in line with the assembly requirements. This results in an automated, precisely coordinated and scalable soldering process.
Thanks to precise control and stable process parameters, an optimised selective soldering process ensures reproducible results. This results in uniform solder joints and increases the reliability of electronic assemblies.
Typical processes include fluxing, preheating, soldering, cooling and inspection. These can be combined into a single integrated unit to enable a continuous production process.
Process data forms the basis for predictive quality assessment. If this data is recorded continuously and linked to actual quality results, correlations between process changes and potential soldering defects can be identified. The more comprehensive and meaningful the data set is, the better critical developments can be identified.