Feinwerktechnik Otto Harrandt GmbH developed an innovative assembly station that structures and efficiently designs the entire joining process. It utilizes high-precision force-displacement monitoring, which enables detailed control of the joining process and immediately detects any deviations. The team solved a particular challenge: the double joining of both bearing shells using a clever mechanical layout and design.
The developed assembly station not only offers advantages for the automotive industry, but can also be adapted to other industries and components. Thanks to its flexible control and precise force-displacement monitoring, the technology is suitable for applications in the aerospace, mechanical engineering, defense, and agricultural sectors. Components such as bearings, shafts, and other precision components can be assembled with the highest precision, increasing quality and efficiency across all industries.
The introduction of the Harrandt machine led to a sustainable optimization of the assembly process. The precise control and monitoring of each individual joining process significantly increased process reliability, significantly reducing errors and scrap. This not only ensures consistently high quality of the assembled components, but also minimizes costly rework and material waste.
Thanks to the integrated force-displacement monitoring, every production step can be precisely documented and evaluated. This creates complete transparency throughout the entire assembly process and enables predictive maintenance, thereby reducing unplanned downtime.
This successful collaboration underscores the innovative strength of Feinwerktechnik Otto Harrandt GmbH and demonstrates how customized automation solutions contribute to increased efficiency in industrial production.
