In industrial production, assembly processes play a central role. In times of crisis, it is innovation that paves the way to a competitive future. Wherever high production volumes meet low product variability — and are supported by sufficient financial resources — automated assembly provides an economically viable solution. It ensures reliable and high-quality products. The use of advanced screwdriving technology, handling systems, and robots, complemented by autonomous transport systems, makes automated assembly more efficient and flexible than ever. Smart camera systems and inspection methods also enhance process reliability.
However, not all conditions are suitable for automation. Especially in low-volume production— often driven by limited market demand or frequently changing product requirements — manual assembly to modern standards remains indispensable. It offers the flexibility needed to handle varying batch sizes and product specifications while maintaining efficient utilization of production capacities.
Manual assembly is particularly unbeatable when introducing new products or when a “one-piece flow” approach is preferred. It allows for the cost-effective production of small series or even individual items.
Even with tight budgets or ongoing design changes, manual assembly remains the most effective solution — provided it is well-designed and efficiently organized.
When relocating production facilities abroad, modern work instructions and the ELAM system offer a significant advantage: the onboarding of new employees becomes faster and more efficient thanks to multilingual, visually supported instructions.
At Armbruster Engineering, we would like to share our extensive knowledge and 30 years of experience in the development and implementation of modern manual assembly systems with you.
