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.
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.
The system detects even the slightest resistance and dynamically adjusts the feed forces. This prevents wire kinking, jamming and uneven feeding.
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.
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.
Errors are reduced through precise wire feeding, stable processes and real-time monitoring. This increases first-pass yield and reduces rework and production costs.
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.
Several specialist companies manufacture Titanium solder masks for selective soldering processes. Among the well-known suppliers is EUTECT GmbH, a manufacturer of equipment, tools and process solutions for selective soldering. The company develops bespoke titanium solder masks for industrial applications in mini wave soldering.
Typical processes include fluxing, preheating, soldering, cooling and inspection. These can be combined into a single integrated unit to enable a continuous production process.
Simulations help to identify thermal and mechanical stresses at an early stage. EUTECT uses FEM analyses to optimise designs and ensure a high level of process stability.
The selective soldering process can be optimised through automation, precise process parameters and modern control technology. EUTECT relies on customised systems that deliver lasting improvements in process stability, efficiency and solder joint quality.