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These tools are tailored to your needs and lead to more efficiency, productivity and safety in handling. Our expertise in design and standardization, as well as in lifting and lowering, allows us to develop certified systems that ensure the necessary functions for precise and sensitive operations. In doing so, we have a significant amount of experience with 0-gravity means, offering improved ergonomics for operators. Through a highly qualified supply chain and a specific control process, we guarantee a high level of quality for the realization of your project and the Factory of the Future.
Different Applications of our Lifting Devices
For ergonomic and efficient production, various lifting devices are required to hold and lift the components. From heavy fuselage structures to smaller parts such as luggage compartments in the cabin, we are able to provide the solution for a wide variety of assembly areas.
Industrial Maintenance
BA France extends automation and machining capability at Gimont site
- Published on 13 August 2026
- Allgemein
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- Factory of the Future
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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.
Smart Factory instead of Manual Shimming: SHILA Lays the Foundation for Automated Joining Processes in the Aerospace Industry
- Published on 11 June 2026
- Allgemein
- Factory of the Future
- Processes
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.