Yes, titanium solder masks can be restored almost entirely to their original condition through a structured reconditioning process. EUTECT GmbH achieves this through cleaning, surface treatment, inspection and heat treatment, thereby ensuring that the geometry and function once again meet the requirements for mini-wave soldering.
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.
A Titanium solder mask is a precision-manufactured tool that precisely defines the contact area between the solder wave and the printed circuit board during mini-wave soldering. It prevents unwanted solder wetting and protects adjacent components. Companies such as EUTECT GmbH develop customised titanium solder masks for this purpose to ensure stable selective soldering processes.
Restoring the mask geometry and surface stabilises the flow of solder. EUTECT ensures that titanium solder masks once again deliver reproducible results and that a consistently high quality of soldering is achieved in mini-wave soldering.
Thermally sensitive components such as connectors, sensors or plastic housings benefit particularly from a titanium solder mask. The material acts as a thermal barrier and reduces heat input during micro-wave soldering. Titanium masks from EUTECT GmbH are specifically designed for such sensitive assemblies.
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.
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.
MicroForceControl enables precise force control, prevents wire jams and ensures a defined amount of solder. This results in stable processes and consistently high soldering quality.
Errors are reduced through precise wire feeding, stable processes and real-time monitoring. This increases first-pass yield and reduces rework and production costs.
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.
