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Brotje-Automations offline programming solution based on Catia exceeds the requirements of our customers. Based on real time machine data many features have been developed over the past 20 years that make the digital preparation, operation and optimization of your production processes much easier than before.
The SOUL OLPS solution offers valuable features like offline programming, machine simulation based on real time machine data, data collection for optimized diagnostics, job control to ensure the correct programs are run in-sequence as well as other high rated features to plan, oversee and optimize production.
The software is an industry-leading off-line programming System based on Catia V5. With this system, users can create, simulate, and optimize NC programs that follow a first-time-right-approach. One of its key features is the ability to generate native machine-ready code without the need for a post-processor.
SOUL OLPS uses Siemens VNCK for the most accurate virtual machine simulation, which helps to minimize the risk of errors and improve the overall efficiency of the programming process. Furthermore, the system also offers fast program edits, with automated NC program updating for changed CAD and process data.
Another advantage of OLPS is the minimal implementation time required for new machines, as well as support for 3rd party machines. All this comes with no annual license costs to bring the factory of the future to our customers shopfloor.
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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