Solution competence

What are the reasons for optimizing the selective soldering process?

One of the main reasons for the automation of soldering processes or the reconstruction of existing automation solutions in the area of selective soldering of electronic assemblies is the improvement of product quality and the reduction of manufacturing costs. EUTECT has optimized and developed its soldering processes in recent years, resulting in a significant increase in process efficiency and reliability. In areas such as rail technology, the use of modern, reliable soldering process technology and automation solutions is crucial, since electronic systems and safety-related components must function reliably for decades.

The control technology of the EUTECT solutions ensures a high level of process reliability and enables the preparation of detailed process data for seamless traceability. Each system is customized and optimally adapted to the respective task to guarantee maximum efficiency and precision. Thanks to the modular design of our systems, you remain flexible and can easily adapt the systems to changing requirements. The unique EUTECT factor ensures that the total operating costs remain low and can be planned, guaranteeing long-term cost-effectiveness. Our comprehensive process expertise rounds off our services and allows us to develop customized solutions that sustainably optimize your production.

Another important advantage is the boost in production speed. EUTECT's automated systems work significantly faster than manual, semi-automated or outdated soldering systems, regardless of which soldering process the customer prefers. Cost reduction also plays a central role. Since fewer manual interventions are required, personnel costs are reduced. At the same time, EUTECT's automation systems minimize production waste.

Modern soldering processes also ensure greater stability and reproducibility, with the systems delivering consistent results, especially in large quantities. In industries such as rail technology and green energy, which are subject to the highest quality standards, modern automation concepts are therefore indispensable. Reliable soldered joints and precise tinning play a crucial role here in ensuring the durability and safety of the components.

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