SOUL RMOS

Digital Twin & Machine Simulation

SOUL RMOS simulation software is an advanced solution for runtime protection of workpieces and machines. Its leading online path creation and collision detection capabilities reduce machine downtime and collisions, providing seamless path creation, simulation and execution on the machine. The software allows online machine movement simulation with virtual cameras and integrates the Siemens Virtual NC-Kernel for a most accurate virtual machine simulation.

The software provides real-time bi-directional machine-to-virtual twin synchronization and supports 3rd party machines. SOUL simulation software also comes with no annual license costs, making it a cost-effective solution for businesses looking to improve their manufacturing processes. Overall, SOUL simulation software is a powerful tool for manufacturers looking to improve the efficiency and safety of their operations.

Collision free handling of large structures

In production, it is important to handle the components with care and foresight. In order to avoid damaging the large components during manual operation of the machine, SOUL RMOS provides support in the form of easy axis control, enabling complex entry and exit of the molds – without any risk of collision. Automatic travel routines and dynamic error control as well as collision check enable easy handling here.

Two skin riveting machines for fuselage production.

Real-time machine simulation for more safety and high performance.

SHILA Demonstrator

Smart Factory instead of Manual Shimming: SHILA Lays the Foundation for Automated Joining Processes in the Aerospace Industry

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.

Rasteder Economic Symposium at Broetje-Automation: Exchange, impulses and strong networks

This year’s Rastede Economic Symposium of the municipality of Rastede once again offered entrepreneurs from the region a valuable platform for exchange, inspiration and new contacts. This year’s event was hosted by Broetje-Automation, which welcomed numerous guests from business, politics and society.

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