Machine control architecture
Control systems, robotics, and PLC logic
We design the control layer that connects machines, robotic cells, and programmable logic into one deterministic system built for harsh industrial conditions.
Three disciplines, one control architecture
Machine control systems
Robust controllers and drives engineered for dust, vibration, and continuous shift operation, with clear fault handling and maintainable architecture.
Robotics integration
Multi-axis manipulators integrated for handling, assembly, and inspection, with sensing and interlocks coordinated with the wider line.
PLC programming
Standard-compliant logic written for deterministic, fail-safe operation, documented so plant teams can read, test, and extend it.
How the layers meet
PLC logic and robotic cells
The PLC acts as the deterministic authority for each robotic manipulator cell. It sequences motion requests, enforces safety interlocks, and confirms positions before the robot is allowed to move.
Handshake signals, state machines, and fault recovery are defined at the controller level, so the robot cell behaves predictably within the broader machine and does not depend on ad hoc commands.