Automated robotic lines have become a crucial element in modern industrial
production. They enable the automation and optimization of manufacturing
processes. With their ability to perform precise and repetitive tasks, robotic
lines have become indispensable in various industries, including the automotive
sector, electronics, pharmacy, and food production.
In my thesis, I will describe the operation of an automated production/assembly
line designed for the mechanical processing of two types of aluminium semifinished
products for assembling battery housings. Six robotic cells, a transport
system, three CNC machining centres, and a washing line are key components of
the entire line, which spans across 350 m².
My contribution to the project involved designing electrical diagrams for the
electrification of the entire automated line. Throughout the project, I became
more acquainted with automation builders, gaining a wealth of new knowledge
and experience. Upon completion of the project, I was very satisfied with my
work, as the entire line became operational without major complications or errors,
despite this being my first encounter with designing systems of such magnitude.
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