PLC programming
Structured, modular PLC software (IEC 61131-3: LAD, FBD, STL, SCL/ST, SFC) with state machines, clear interfaces and reusable libraries.
Industrial automation consultancy
Automation engineers, EPLAN electrical designers and panel-building electricians with more than 20 years of experience in PLC, HMI and SCADA systems across heavy and process industries.
Services
We can join your project for a single task or take full responsibility for the automation package, from the first schematic to the final handover.
Structured, modular PLC software (IEC 61131-3: LAD, FBD, STL, SCL/ST, SFC) with state machines, clear interfaces and reusable libraries.
Operator screens that are clear and consistent: alarm management, trends, historical archiving, recipes, user management and reporting.
Centralised monitoring and remote control of distributed sites — pumping stations, wells, treatment plants — over fibre, radio or GSM/4G.
Schematics, panel layouts, terminal plans, cable lists and bills of material in EPLAN Electric P8 — ready for manufacturing and for maintenance.
Assembly and wiring of control and MCC panels by our own electricians, with point-to-point checks and FAT before delivery.
On-site I/O checks, loop tests, drive tuning, FAT/SAT and process optimisation until the installation runs stably in production.
Upgrading legacy systems — S5 to S7/TIA Portal, old HMIs to modern panels and SCADA — with minimal downtime and preserved process know-how.
Fault finding, remote assistance, software audits and documentation of existing installations, including systems without original sources.
Live demo
Press the buttons on the operator panel. The program runs every scan cycle, just like on a real controller — watch the power flow through the ladder logic, the I/O LEDs light up and the motor respond.
Try: START → STOP → E-STOP (click the E-stop again to release it)
// Network 1: Motor start / stop with seal-in"MOTOR" := ("START" OR "MOTOR") AND NOT "STOP" AND "ESTOP_OK"; // Network 2: Fault lamp — flashing on emergency stop"FAULT_LAMP" := NOT "ESTOP_OK" AND "Clock_1Hz"; // Network 3: Running indication"RUN_LAMP" := "MOTOR";Platforms & tools
We have designed, programmed and commissioned systems on all major PLC and HMI/SCADA platforms — from legacy controllers still running today to the latest generation.
The list above is where we have the most hours — not where we stop. Every IEC 61131-3 platform works on the same principles, so we are productive quickly on whatever runs in your plant. Is your system not listed? Just ask.
Industries
Every sector has its own rules — safety, hygiene, validation, harsh environments. We have worked in all of these and know what matters on site.
Robust control for high-power drives, furnaces, rolling and handling equipment in harsh, high-temperature environments.
Batch processes, precise dosing and weighing, audit trails and documentation suited to GMP environments and validation.
Hygienic process lines, recipe management, CIP cleaning, dosing and packaging with full traceability.
Treatment plants, pumping stations and well fields: precise control of flows, levels and water quality with lower energy use.
Conveyors and elevators, temperature and humidity monitoring, aeration control and weighing — protecting the harvest.
Machines and complete lines designed for throughput: synchronised drives, fewer stops, faster changeovers and clear diagnostics.
Case work
A selection of systems we designed, programmed and commissioned for OEMs and end users. Client details beyond what is shown here are shared under NDA.
Philips
Cremer

Led the design and delivery of modular automation systems — from concept and software design to commissioning and handover — built on scalable ISA-88 and PackML frameworks.

Developed the automation software for marine exhaust-gas scrubber systems, with a scalable architecture that supports long-term product development and change management.

Developed and deployed PLC software for robotic welding systems in production environments with strict safety and performance requirements.

Customer-facing support for robot cells in live production, resolving complex issues across electrical, mechanical and control software.

Full responsibility for the automation scope — control architecture, electrical advice, PLC software and commissioning — as the customer's single technical point of contact.

Control logic for a dedicated conveyor integrated into a pill-counting machine used worldwide, translating functional requirements into deterministic PLC behaviour.

Part of the Innovation Engineering team bringing production robots and an automated welding line from engineering into stable production.
How we work
We listen, review the process and existing installation, and agree on scope, architecture and hardware.
EPLAN schematics, panel manufacturing and structured PLC/HMI/SCADA software — developed in parallel.
FAT in the workshop, simulation where possible, then SAT, loop checks and start-up on site.
As-built documentation, commented source code, operator training and continued support when you need it.
The team
A compact, senior team. You talk directly with the people who design, build and commission your system — no layers in between.
PLC, HMI and SCADA specialists with 20+ years of multi-vendor experience, from legacy S5 to TIA Portal, PCS 7, B&R Automation Studio and Beckhoff TwinCAT.
EPLAN Electric P8 designers producing complete, standards-compliant documentation for panels and installations.
Experienced electricians who assemble, wire and test control panels in the workshop and support installation on site.
Lead engineer
Senior automation engineer with 15 years in industrial automation and robotics. Specialised in Structured Text, modular ISA-88 / PackML architectures and software that stays maintainable long after handover — delivered from concept through FAT, commissioning and site acceptance.
Contact
Whether you need a single engineer for commissioning, an existing system upgraded or a complete automation package — send us a short description and we will get back to you.