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
Reduce risks before commissioning and during operation
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.