EMEA Technology | CODESYS System Partner
Build hardware-independent, flexible and scalable automation solutions with CODESYS.
As an official CODESYS System Partner in Türkiye, EMEA Technology provides end-to-end engineering, technical support and licensing services for CODESYS-based automation solutions.
SAME ENGINEERING. MORE POSSIBILITIES.
Independent System Partner
EMEA Technology is an independent engineering company working within the CODESYS System Partner programme. Below, each side’s part of the work is set out separately.
Owner of the platform
CODESYS® is a registered trademark, used on this site in a descriptive sense only.
The company delivering the service
It is an independent engineering and system integration firm; it serves as the brand owner's Official System Partner in Türkiye.
01 Architecture
One project instead of a separate motion card, separate HMI software and the data-exchange layer between them: one cycle, one variable pool.
Explore the platform02 The field
Cycle jitter, following error and torque current are documented with recordings; the acceptance criterion is written against the worst cycle, not the average.
How we work03 Engineering
Library structure, version comparison and simulation: what will work, and how, is written down before anyone goes to site.
The development environmentCODESYS Platform
Working out which of these layers your project actually needs is the first job. Buying a package you will not use costs money; standing still in the field because one is missing costs more.
All six IEC 61131-3 languages in one project tree. Library management, version comparison and online debugging run from the same interface.
ExploreThe layer that executes your application on an industrial PC, an embedded board or a third-party controller. Change the hardware and the application code stays the same.
ExploreFrom single-axis positioning to cam synchronisation, from G-code interpretation to delta and SCARA kinematics — motion in the same cycle as the logic task.
Explore
EtherCAT, PROFINET, EtherNet/IP, CANopen and Modbus stacks are set up in the configurator, and OPC UA carries data to the layer above.
ExploreThe operator screen is designed inside the control project and published from one source to panel, browser and mobile. There is no separate tag table to maintain.
ExploreA licence plan broken down item by item according to runtime class, motion level and client count — delivered as a dongle or a software container.
Explore
Why this approach
In the classic approach the hardware and the software are bought in the same box. When supply dries up or capacity grows, it is not only the box that changes — part of the program is rewritten too. Tie the control logic to a standard and that dependency breaks.
None of this means every machine needs PC-based control. On a line that only does logic, a leaner configuration is often the right answer. The axis list and the cycle-time target decide.
Architecture
Field devices update on the same line and the same clock, which largely removes the need for a data-exchange layer between systems and the timing gap that comes with it.
Quick configuration
Five questions. The result is not a firm quote — it is a starting frame that shows where the conversation begins.
Starting frame
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Get a quote for this configurationHow we work
Every step has a concrete deliverable. What will work, and how, is written down before anyone goes to site.
We establish axis count, motion type, fieldbus and what is expected of the operator interface.
Runtime class, motion package and visualization licence are sized for the machine.
Control logic, motion profiles and screen flow are built on a versioned library structure.
Tuning is done from trace recordings, then operator training and handover documentation are completed.
Frequently asked
No. CODESYS is a software platform for developing control applications to the IEC 61131-3 standard. The same project can run on controllers from different manufacturers that support the runtime, so your hardware choice does not lock in your software.
Across the whole chain: licence supply, architecture design, application development and field commissioning. We put down in writing what the machine has to do, build the leanest CODESYS configuration that achieves it, and hand the machine over running.
The logic structure can be carried over; vendor-specific function blocks and the hardware configuration are rebuilt. We start by producing a functional analysis of the existing program, map the library equivalents and make the risks visible before any work starts.
It is driven by the runtime class, the motion control level and the number of visualization clients. Send us your axis list and we will set out in writing which items you need and why — we do not propose packages you will not use.
Industrial PCs, embedded boards and third-party controllers that support the runtime. What decides the hardware is not the brand but the processor class, real-time kernel support and the fieldbus interface. Your axis list and target cycle time drive that choice directly.
From a few days on a logic-heavy line to a few weeks on a multi-axis synchronised machine. What sets the duration is not the amount of code but the number of variables in the field: mechanical tolerances, drive tuning and material behaviour. That is why we work from measurements.
The application is downloaded to the runtime over the network; there is no need to open the cabinet. Versions are tagged in the library structure, so you always know which release is running on which machine and rolling back takes minutes.
Yes. The operator screen can be opened in a browser and production data can be pushed upstream over OPC UA. Access control and network segmentation are planned at the start of the project; we do not recommend leaving the machine directly exposed to the internet.
Yes. We run a training programme covering everything from IEC 61131-3 fundamentals to motion control and visualization, either in our training room or at your own site. See the Training Request page for details and pre-registration.
