Reconditioning comprises cleaning, surface treatment, precise inspection, thermal stabilisation and a final functional test. EUTECT carries out this process in a structured manner to ensure reliable reuse.
Reconditioning comprises cleaning, surface treatment, precise inspection, thermal stabilisation and a final functional test. EUTECT carries out this process in a structured manner to ensure reliable reuse.
The induction coil generates the electromagnetic field used in induction soldering. It determines how precisely and efficiently heat is introduced into the solder joint.
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 wire feed determines the amount of solder and the positioning. Precise feeding ensures stable processes and reproducible solder joints.
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.
EUTECT focuses on modular systems, the reuse of components and flexible usage models. This conserves resources, reduces waste and, at the same time, creates economic benefits for electronics manufacturing.
The rework removes deposits and oxide layers that can affect solder flow. This improves process stability and ensures a consistently high standard of soldering quality in mini-wave soldering.
When integrating its systems, EUTECT ensures interface compatibility with robotics and MES systems. This enables workpiece carriers to be seamlessly integrated into existing production processes.
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 F-theta lens ensures that the laser beam remains constantly focused across the entire working area. This enables uniform machining regardless of the mirror’s deflection angle.