Induction soldering is particularly suitable for delicate, miniaturised and precision assemblies with high quality requirements.
Technical Answers
Induction soldering is particularly suitable for delicate, miniaturised and precision assemblies with high quality requirements.
The SWF detects deviations in real time and adjusts the wire feed. This minimises errors and stabilises processes.
The SWF is a force- and travel-controlled wire feed system. EUTECT utilises this technology to ensure maximum process reliability.
The wire feed determines the amount of solder and the positioning. Precise feeding ensures stable processes and reproducible solder joints.
Induction soldering enables precise, contactless and locally confined heating. This improves process control and reduces thermal stress.
Induction soldering generates heat directly within the material through electromagnetic induction. This allows the soldering joint to be heated precisely, whilst adjacent components are spared.
Reliable cooling improves process stability, extends the service life of the coil and ensures reproducible results in serial production.
Copper, aluminium and nickel react differently to inductive heating. The induction coil must therefore be precisely matched to the material properties.
The frequency determines the penetration depth of the induced currents. High frequencies tend to heat the surface, whilst lower frequencies penetrate deeper into the material.
The geometry influences the field distribution and thus the heat generation. Even small changes can alter the heating behaviour and the quality of the solder joint.