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Press release
19.10.2018  |  7541x
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Satisfying the requirements for modern assembly systems

An increased emphasis on flexibility, efficiency and technical cleanliness

The year 1908 was one of the most historically significant years both for personal motorised transport and for industrial assembly. With the Model T, the Ford Motor Company launched an automobile on the market which could be manufactured for the first time in large numbers at an affordable price. This not only heralded the age of private transport for the masses, but this first assembly line also gave the green light to industrial series production in the automotive industry. Due to advancing rationalisation measures, amongst other things in the form of a comprehensive division of labour, production rose to the point where it was efficient enough to produce up to 9000 vehicles a day.

Since then, despite an enormous increase in output, the basic principle of manual assembly work has essentially remained the same. Product assembly has been revolutionarily influenced by an increase in automation and digitalisation. Today, fully automatic systems can be remotely operated thanks to intelligent, Industry 4.0 capable hardware and software components and are interconnected with correlating systems, linked by feeding technology. An assembly system component can be fed and positioned, whilst at the same time fasteners such as screws or nuts are sorted, correctly positioned, separated and fed directly into the screwdriving tool – and all in the blink of an eye. However, changes in relevance to current or future influencing factors or constantly developing requirements still relentlessly force the industry to come up with new enhancements.

One of the most relevant of these factors is the advancement of miniaturisation. Today, modern processors of just a few square millimetres are equipped with many billions of transistors. Most dirt particles appear huge in comparison to such small structures on the nanometer scale, and depending on the application, can pose a significant risk. For example, even the smallest conductive particles can cause a short circuit in electronic components. Material particles from carbon fibre reinforced plastics are conductive so the use of these new and more efficient materials actually heightens this risk. Therefore, the increased relevance of technical cleanliness goes hand in hand with miniaturisation.

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