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Industrial Automation

Plant & factory · a P9e Microsystems division

Industrial Automation covers the plant floor: control philosophy, panel design, PLC programming, supervisory systems and the manufacturing execution layer above them. Control systems have to be right the first time and stay right for a decade, so the work is front-loaded into specification and factory acceptance testing rather than discovered on site.

Layers
Field → Control → MES
Delivery
FAT then SAT
Support
Through plant life
How it fits together

The shape of the work

IT/OT convergence without opening the plant floor

Process data climbs to the enterprise through a controlled conduit. Set-points come back down through the same reviewed path — never a flat network between a spreadsheet and a PLC.

Level 4 · EnterpriseERP · MES · reporting · cloud analyticsLevel 3 · SupervisorySCADA · HMI · historian · alarm managementLevel 2 · ControlPLCs · safety systems · control panelsLevel 0–1 · FieldSensors · actuators · drives · RTUsZONE & CONDUIT — firewalled, brokered, loggedprocess data ↑set-points ↓OT segment — no direct inbound access from the enterprise network.
Engineering focus

What Industrial Automation builds

01

PLC & control panel engineering

Control philosophy, I/O schedules, panel design, PLC programming and factory acceptance testing before anything reaches site.

02

Industrial SCADA & HMI

Supervisory systems with high-performance HMI design, alarm rationalisation, role-based access and full audit trails.

03

MES & production systems

Production tracking, genealogy and quality data, integrated upward to ERP and downward to the control layer.

04

Machine vision & robotics integration

Inspection and guidance vision systems, and integration of robotic cells into existing production lines.

Have a project for Industrial Automation?

Send the constraints. We will come back with an approach and the engineers who would do it.