Control and visualization of industrial processes

Control-Service – Control and visualization of industrial processes

PLC, SCADA and DCS systems – full control, visualization, and optimization of industrial processes

We design and implement control and visualization systems for industrial processes that ensure full production control and stability. We integrate PLC and SCADA solutions, enabling real-time monitoring, analysis, and optimization of technological processes.

Our systems support increased production efficiency, improved product quality, and reduced operational costs and downtime.

Immediate response to process events

We design and develop control systems based on Siemens and AVEVA solutions. They ensure rapid detection of abnormalities and immediate response to changes in the production process.

We also implement and modernize Simatic PCS 7 systems.

Advantages of PLC and HMI solutions

Flexible and scalable system architecture

Use of proven technologies from global suppliers

Easy integration with other systems and plant infrastructure

DCS systems in practice

We implement distributed control systems (DCS) for demanding industrial processes. These solutions ensure high reliability, continuous operation, and full control over the installation.

DCS systems are used in sectors such as energy, chemical industry, pharmaceuticals, food production, and metallurgy.

Key features of DCS systems

  • distributed architecture increasing reliability
  • integrated process and control regulation
  • high availability through redundancy
  • advanced diagnostics and reporting
  • compliance with safety standards (SIL)
We hold Siemens Solution Partner status in the area of PCS 7 systems.

Feature

DCS
(Distributed Control System)

SCADA
(Supervisory Control and Data Acquisition)

PLC
(Programmable Logic Controller)

Application

Large, continuous industrial processes

Large-scale monitoring and control

Local, fast process control

Architecture

Distributed, multiple controllers

Central data acquisition system

Single controller or PLC network

Control method

Autonomous process control

Data collection and operator intervention

Real-time control cycle

Application examples

Power plants, refineries, chemical industry

Water supply networks, water treatment plants

Production machines, assembly lines
Application – Large, continuous industrial processes Architecture – Distributed, multiple controllers Control method – Autonomous process control Application examples – Power plants, refineries, chemical industry
Application – Large-scale monitoring and control Architecture – Central data acquisition system Control method – Data collection and operator intervention Application examples – Water supply networks, water treatment plants
Application – Local, fast process control Architecture – Single controller or PLC network Control method – Real-time control cycle Application examples – Production machines, assembly lines

Benefits of implementing control systems

  • increased production efficiency and better resource utilization
  • improved process and personnel safety
  • reduced operational costs and energy consumption
  • stable and repeatable product quality
  • fast diagnostics and elimination of failures

Do you want to improve control over your production process?

We implement control, visualization, and production management systems that help increase efficiency, repeatability, and process safety. We tailor solutions to the technology, infrastructure, and requirements of each facility.
Contact us