In laboratories, clean rooms, pharmaceutical facilities and high-security installations, a door is not merely an access point. It is part of a controlled process. Movement between zones must be regulated to maintain pressure balance, contamination control or security protocol.
Interlocking systems ensure that one door cannot open until another has fully closed. This sequential logic requires precise coordination between locking devices, sensors and control units. Timing, feedback and fail-safe behavior must be defined at system level. A delay or malfunction does not simply inconvenience users; it may compromise environmental stability or procedural compliance.
These installations operate under operational pressure and high repetition. The system must remain predictable over time without drift in alignment or logic behaviour.
We design interlocking architectures that integrate mechanical stability with electronic sequencing, ensuring consistent performance in regulated environments.
