With a digital twin, AGS maps complex machines and systems virtually even before physical implementation. Motion sequences, material flows, control logic, and safety functions can be tested and optimised at an early stage. This reduces coordination effort, risks, and rework during subsequent commissioning.
Project highlights
Virtual system planning prior to physical assembly
Simulation of robot movements, cycle times and material flows
Virtual commissioning of control systems, robotics and sensor technology
Early testing of variants and collision spaces
Integration of risk analysis and CE concept
Simulation also for modifications to existing systems
Application & machining processes
Virtual construction of the machine or plant concept
Testing of movement sequences and material flow
Digital testing of control and safety logic
Optimisation before assembly and commissioning
Transfer of findings into real-world implementation
Operating & control concept
Simulation with specialised robotics and physics tools
Digital coupling of PLC, robotics and sensor technology
Validation of cycle times and process states
Safety concept
Risk analyses and safety concepts parallel to simulation
Virtual testing of safety-related functions
CE documentation is integrated into the system concept
Result
Fewer risks and less rework on site
Shorter real commissioning
Sound variant decisions
Greater planning reliability for complex systems
Insights | Process
Conclusion
The Digital Twin ensures consistent digital project execution from the concept phase to physical commissioning.