EDUCATION FOR PRODUCTION TECHNOLOGY
At ELAS, we believe that in addition to our equipment, it is also important to provide adequate knowledge. Our trainings are not only related to the use of our machines, but also to the details and challenges of specific technologies and manufacturing or testing processes.
During the training, the emphasis is on theoretical and practical knowledge related to individual production technologies and their own
we put on the transfer of links between During the courses, students get numerous case studies and practical knowledge
share, drawing on the experience that ELAS professionals have gained over more than a decade and a half. These knowledge materials can thus be put into practice even the next day. Courses can be held in the ELAS training hall or, at the request of the user, in their own premises.
TOPICS
• Manual soldering
• Machine soldering: reflow, wave and selective soldering
• Pattern printing technology
• Dosing technology (solder paste, one-component and two-component adhesives)
• The process of handling moisture sensitive materials
• Form-following coating technologies
• Electronics testing (AOI, X-ray, flying probe, ICT and ISP)
• X-ray technology and CT reconstruction
• Thermal profile measurement, machine capability
OUR MAIN TOPIC IS SELECTIVE SOLDERING - SELECTIVE SOLDERING ACADEMI - SSA HUNGARY
Three-day, hands-on, theory and hands-on training covering real-world soldering tasks, licensed by ELAS from the Chicago-based Selective Soldering Academy, independent of the selective soldering equipment manufacturer. Education topics go beyond an overview of soldering basics to solving the most confusing soldering tasks. Our goal is for participants to deepen their existing knowledge of selective soldering and even put it on new foundations.
A key element of the practical part of the selective soldering training is the SSA training panel specially designed for this task, which is a multi-layer printed circuit board containing the most difficult challenges and tasks of selective soldering today. The panel was developed in collaboration with several manufacturers and soldering experts to simulate both the most common and the most difficult selective soldering tasks. Through the educational panel, participants can gain valuable, in-depth knowledge of panel design guidelines, challenges presented by high heat sink surfaces, component limits, and soldering aids used, which can be addressed with well-chosen programming and soldering techniques.
Examples of soldering tasks
