As all process steps are controlled centrally, parameters can be monitored in real time. This improves reproducibility and reduces errors, which directly leads to better soldering quality.
As all process steps are controlled centrally, parameters can be monitored in real time. This improves reproducibility and reduces errors, which directly leads to better soldering quality.
The geometry of the Titanium solder mask determines how the liquid solder is directed to the solder joint in mini-wave soldering. Precise openings enable controlled wetting of the pins and through-holes. Manufacturers such as EUTECT GmbH develop these geometries on a case-by-case basis for complex printed circuit board layouts.
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.
Standard soldering systems have fixed configurations, whilst modular systems are designed to be flexible. EUTECT uses standardised modules that can be combined to suit specific projects. This results in bespoke selective soldering systems with optimally tailored and stable processes, whilst also offering a high degree of technological flexibility.
Reliable cooling improves process stability, extends the service life of the coil and ensures reproducible results in serial production.
Modular solutions allow for precise adaptation to assemblies and production requirements. EUTECT relies on validated modules that ensure stable processes, short implementation times and reproducible soldering quality in series production.
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.
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.
A production cell combines several manufacturing steps within a single system. This shortens lead times, reduces transport requirements and improves process control. This results in greater efficiency and better quality.
A titanium solder mask precisely directs the solder flow to the defined solder joints and prevents solder bridges or uncontrolled wetting. This results in reproducible solder joints with consistent process quality. Specialist manufacturers such as EUTECT GmbH develop mask-specific geometries for mini-wave soldering processes for this purpose.