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Premium System Partner

Software-Defined Automation.
Hardware Freedom.

Break the boundaries of traditional PLC brands. Transform your Industrial PC (IPC) into a real-time controller with CODESYS, the world's leading IEC 61131-3 automation platform. Plus, it is now entirely web-based with CODESYS go!.

Next-Gen Engineering

Codesys Icon CODESYS go!

The point where IT paradigms reshape the OT world. Eliminate local installation hassles with this new development environment running entirely within a web browser. Discover the future of PLC programming architecture today with GIT-based version control, device independence, and CI/CD workflows.

Web-Based IDE CI/CD & GIT Hardware Independent
CODESYS go! Official Page
Core Control System

CODESYS Control RTE
PC-Based PLC (SoftPLC)

Transforms a standard Windows Industrial PC into a Real-Time PLC running with microsecond precision. On multi-core processors, it isolates a specific core from Windows, dedicating it exclusively to machine logic and EtherCAT cycle (Jitter < 50 µs).

IEC 61131-3 Multi-Core Isolation Real-Time Kernel
RTE
Hardwareless Motion Architecture

CODESYS SoftMotion
CNC & Robotics

Say goodbye to additional hardware-based Motion Controllers. Axis position, velocity, and acceleration profiles are calculated directly on the PC's CPU. Solve everything from a simple E-Cam to a complex 6-axis robotic arm in a single software.

PLCopen Motion Control Single and multi-axis synchronized movements, Electronic Cam (E-Cam), and Gearing function blocks are included in the standard library.
CNC Interpolation (G-Code) Flawlessly execute 3D circular and linear CNC cutting, gluing, and machining profiles with DIN 66025 G-Code support.
Robotic Kinematic Transformations Instantly manage complex robotic kinematics such as SCARA, Delta, Tripod, Gantry, and 6-Axis with ready-made mathematical blocks.
CODESYS Modular System
EtherCAT Master
Real-Time Network

Fieldbus & EtherCAT Master

Convert your IPC's standard ethernet port into a powerful master without needing extra hardware cards. Process data on the fly (100Mbps) with zero latency.

  • Distributed Clocks (DC) Full axis synchronization with < 1 µs Jitter.
  • Ultra-Fast Cycle < 100 µs update rate for remote I/O and Drives.
PROFINET Controller Modbus TCP
Integrated Operator Interface

WebVisu & TargetVisu

No need to learn separate HMI software or map tags. Design your machine UI screens directly in the same platform where you write the PLC code. Connect to the system instantly via tablet, phone, or web with HTML5-based WebVisu.

HTML5 Based HMI No Tag Mapping
Video Library

Real-World Field Applications

Not in theory, but in the field. Watch live operations and training series of flying shear, rotary cut, axis synchronization, and CNC applications we've commissioned using CODESYS on the ONX Control YouTube channel.

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Codesys SoftMotion CNC

Codesys SoftMotion CNC

3-Axis CNC Router field application featuring G-Code (DIN 66025) parsing and high-precision multi-axis 3D interpolation.

Codesys WebVisu & HMI

Codesys WebVisu & HMI

Hardware-independent, fluid visualization on operator panels and mobile devices using the HTML5-based WebVisu interface.

Control RTE & EtherCAT

Control RTE & EtherCAT

ONX EtherCAT Master field test transforming standard Industrial PCs into real-time super controllers.

Object-Oriented SoftPLC

Object-Oriented SoftPLC

Massive I/O management designed with OOP (Object-Oriented Programming) architecture conforming to IEC 61131-3 standards.

SoftMotion Robotics

SoftMotion Robotics

Delta/SCARA type Pick & Place robot automation developed using Axis Group and standard kinematics libraries.

Electronic Camming

Electronic Camming

17-axis high-speed packaging machine running on Master-Slave profiles created with the Codesys Cam Editor.

Tension Control & Winder

Tension Control & Winder

100% stable winder/unwinder system using closed-loop PID control and real-time diameter calculation algorithms.

Flying Shear

Flying Shear

Zero-waste cutting application written with Codesys PLCopen blocks, locking onto line speed in microseconds.

Why is it Different from Traditional PLCs?

Hardware Independence

The system is not locked into a single brand (Vendor Lock-in). You can freely choose drives and I/O brands in the field without changing the code written on your PC-based controller.

Unified Platform

Logic, Motion, Visualization (HMI), and Fieldbus configuration are structured within a single program. Integration between variables comes at zero cost.

Advanced Programming

Merges the IT and OT worlds by offering Object-Oriented Programming (OOP) and interface integration with standard IT languages alongside IEC 61131-3 languages.

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