Analyze
Motion constellations
Robot movements are checked virtually to identify unsafe overlaps, hidden dependencies and critical approach situations.
Interlock checks identify collisions and critical states in robotic systems that are not properly safeguarded due to incomplete signal and interlocking logic. In doing so, they reveal hidden dependencies as well as unpredictable system constellations.
Systematically verify interlocks
Automatically validate motion sequences between robots
Hidden collisions and logical dependencies are systematically identified and made transparent.
Correct sequences of robot movements are verified and made traceable.
Critical logic errors and potential collisions are detected early, before they result in crashes during operation.
The results provide a foundation for improved monitoring, targeted optimization and predictive applications.
How it works
Interlock Check analyzes robot movements and critical spatial constellations before they become real crashes. Potential conflicts are identified virtually so motion sequences can be secured earlier and faster.
Analyze
Robot movements are checked virtually to identify unsafe overlaps, hidden dependencies and critical approach situations.
Detect
The system highlights movements that are not sufficiently protected by existing signal or locking logic.
Prevent
Critical cases can be corrected before commissioning, reducing manual testing effort and avoiding expensive damage.
From simulation and virtual commissioning to ramp-up and optimization: EKS supports industrial automation across every project phase.
Engineering
Digital foundations for efficient automation.
Simulation
Validate behavior before hardware exists.
Virtuelle Inbetriebnahme
Test control logic before real operation.
Ramp-up
Reduce risk and stabilize production faster.
Monitoring
Make machine and process states transparent.
Optimierung
Improve output with simulation and data.
Modular software tools for simulation, virtual commissioning, production analysis and digital factory workflows.
RF::YAMS
Factory Simulation
RF::RobSim
Robot Simulation
RF::ViPer
Peripheriesimulation
RF::EdDi
Virtual Training
RF::SCOUT
Production Analysis
RF::CEREB
Factory Intelligence