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Home » Products » Automated Equipment » Mobile Systems
As a mechanical engineering company for automation solutions, we not only offer applications for the manufacturing process of components, but also mobile solutions for production-related transport and mobility concepts. Our portfolio ranges from AGVs in various sizes to entire automated transport systems for large components and solutions for individual applications. The different systems are customizable and can be tailored to all customer requirements.
A mobile platform with different sizes and configuration options. This system can be used for machines and robotic systems to increase flexibility in the production hall. But not only automated machines can be placed on this system – it can also be used in the logistic field and transport components between assembly stations.
A system that brings the transportation of assembly parts to the next level. The loading and unloading process of different parts is made easier than ever before with this system. It increases the fast transport between the working stations with a flexible adaption to different material flow layouts.
To increase the flexibility you need for your individual, demanding project, Broetje-Automation is able to support your ideas and implement them with the help of our many years of experience in the field of automation.
Please download more technical details on our Mobile Systems here.
Broetje-Automation France is expanding its operations by integrating an automation and machining team. The team, previously working with the company ‘Delta IO’, is enhancing the skills of BA France at the Gimont site, adding expertise in mechanical design, automation, machining, and the development of bespoke industrial solutions.
Rastede, June 2026 – Broetje-Automation, together with its consortium partners 3D.aero GmbH, Boeing, KEBA Industrial Automation, IPMT – Institute for Production Management and ‑Technology and WZL Aachen GmbH, has successfully completed the research project SHILA – “Shim-free assembly of thin-walled aircraft structures” funded by the German Federal Ministry for Economic Affairs and Climate Action (BMWK). The aim of the project was to develop a fully digitally supported and highly automated process chain that enables precise assembly of large-format, thin-walled CFRP structural components without the previous use of shims.
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