Industrial Automation & Production Efficiency
Control, connectivity and OEE systems for plant-floor equipment that has to run for a decade in a cabinet.
The problem
What makes it hard
Downtime and scrap are visible in the monthly report but not on the line, so the cause is argued about instead of measured.
A control loop that holds on the bench drifts under real load, and the fix crosses schematic, firmware and scheduler.
Machines from different vendors speak Modbus, OPC UA, PROFINET and CAN FD, and none of it lands in one place.
What this needs
Relevant capabilities
- System ControlOpen- and closed-loop control with the determinism budget — jitter, latency, failure behaviour — stated up front.
- FirmwareFirmware written against the board we designed, so a driver bug is traced to the wire, not a datasheet guess.
- Industrial Data GatewaysField protocols behave badly; the gateway is where that gets handled, with buffering that survives a dropped link.
- HMIOperator interfaces measured in frame time and input latency, on the panel the product actually ships with.
- PCB DesignBoards designed for signal integrity, power and manufacture from the first schematic sheet.
Proof
Delivery evidence
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