PLC Programming and Control Systems
We develop readable and maintainable control software for machine and process requirements.
Tell Us About Your ProjectWe develop custom software for PLC and HMI/SCADA systems, electronic boards, PIC, Arduino and Raspberry Pi. Hardware and programming scope are defined together for your project.
From field survey and electrical design to software and commissioning, we evaluate every layer together. Our goal is to build safe systems that operators can use easily and maintenance teams can sustain.
We develop readable and maintainable control software for machine and process requirements.
Tell Us About Your ProjectWe develop operator interfaces, alarm and recipe management, monitoring, data logging and reporting for your process.
Tell Us About Your ProjectWe develop custom embedded software for electronic boards, mainboards and PIC microcontrollers. The programmability of an existing board is assessed first.
Tell Us About Your ProjectWe build sensor reading, data acquisition, prototyping and device communication applications. The platform is selected for the operating conditions.
Tell Us About Your ProjectBuy an unprogrammed board or request software tailored to your needs. Features, delivery schedule and programming fee are defined for your project.
Buy the hardware to use with your own software. See the product details for hardware pricing and availability.
Explore boardsTell us the board or device model and the functions you need. We will define the hardware, software, testing and delivery scope together.
Tell Us About Your Project
Hardware and custom software are quoted separately.
Hardware and custom software are quoted separately.
Hardware and custom software are quoted separately.
Hardware and custom software are quoted separately.
Hardware and custom software are quoted separately.
Hardware and custom software are quoted separately.
We build systems that monitor, record and report production data from one center.
We provide standards-compliant design, panel manufacturing, labeling and field commissioning.
We establish reliable field data by selecting the right measurement points and sensors.
We implement drive solutions for motion control, speed, torque and energy efficiency needs.
We develop infrastructures for authorized access, historical records and live status tracking.
We renew the control infrastructure of mechanically viable machines with current technologies.
We make production losses visible and build control and monitoring infrastructure around your actual operational needs.
We expose fault causes and shorten response times.
We control repetitive processes and reduce operator dependency.
We turn live and historical data into meaningful indicators.
We migrate critical components to current platforms through a planned approach.
We make sources of loss traceable through measurement and control points.
We unite different machines and protocols in a shared monitoring architecture.
We assess the site, current system, production goal and constraints together.
We prepare the architecture, hardware list, electrical designs and work plan.
We develop control software, build the panel and execute test scenarios.
We verify field connections, safety scenarios and process steps.
We provide hands-on training and documentation for operators and maintenance teams.
Modular, safe and maintainable software architectures.
Alarms, recipes, trends, archives and production reports.
Profinet, Modbus TCP/RTU, OPC UA and multi-device integrations.
Precise positioning, synchronized motion and speed control.
Safety circuits and control scenarios aligned with risk assessment.
Secure recording, analysis and transfer of field data to upper systems.
Integrated preparation of power, control, cable and panel documentation.
I/O checks, function tests, optimization and acceptance support.
Device-specific control logic, input/output management and communication.
Prototypes, sensors and microcontroller applications.
Data acquisition, network connectivity and application-specific software.
We modernize legacy PLCs, relays, drives and operator panels while preserving the machine's mechanical structure. A phased transition plan, backups and commissioning scenarios reduce production risk.
We answered the most common questions before an automation investment.
The mechanical structure, electrical infrastructure and risks are assessed on site. Suitable control components can be renewed through a planned shutdown and phased transition.
When communication protocols and device capabilities are compatible, they can be integrated into one control and monitoring architecture.
The field scope, software functions, panel manufacturing, lead times and planned shutdown window are evaluated together.
Depending on scope, we provide remote support, field support, backups, training and maintenance plans.
Process flow, existing electrical drawings, device list, target capacity and current problems are sufficient for the initial assessment.
Preparation, panel manufacturing and software tests can run offline. A controlled short shutdown is planned for necessary field connections.
Yes. Available boards can be purchased at the hardware price on the product page. Custom programming is quoted separately for your requirements.
Select the service and tell us your board or device model and required functions. You can attach documents and drawings. Feasibility, hardware, testing, delivery and programming cost are assessed together.
Let us assess your current state and goals for a new facility, machine automation or modernization project.