Short time-to-market
- Respond dynamically to changing requirements, even during the production phase
- Test machinery and machine modules offline before delivery using decentralized logic
- Rapid design phase through reuse of existing modules
TrendDecentralized Automation
On the road to success with decentralized automation
Leverage a team of specialists to reach your goals faster, stay agile and adapt quickly to change.
Quick read
Rigid, centralized automation systems make adjustments difficult, increase cabling costs, and limit the flexibility of modern production facilities. TURCK addresses this challenge with decentralized automation by using compact I/O modules, IP67-rated fieldbus components, IO-Link devices, and multi-protocol Ethernet technology directly at the field level. Control logic, data acquisition, and communication are implemented close to the process and integrated into existing controllers and IIoT systems via open interfaces. This architecture reduces installation and engineering effort, simplifies scaling and retrofitting, and enables modular machine concepts. Companies benefit from higher plant availability, faster commissioning, increased flexibility, and lower total costs in manufacturing and intralogistics.
Time to set sail: the future of automation has begun
A well-established team of competent people is often more efficient than a strictly hierarchical organization. If everyone knows their goals and tasks, then a central figure in charge doesn't need to make all the decisions.
Efficiently automated machines and plants minimize costs, ensure product quality and ensure high availability in production. Break down rigid hierarchies and shift competencies to the local level. Decentralized automation also reduces commissioning and time-to-market, and simplifies the expansion or relocation of production resources. Modularize your plants and machines and see how much freedom this gives your production.
Decentralized automation: the benefits to you
Decentralized: the next evolution in automation
Until now, automation has been dominated by hierarchies and long decision-making paths, but the levels are becoming increasingly permeable.
Sensors that detect machine wear themselves, RFID tags that tell the machine whether it is configured correctly for the next work step and what it then has to do, or an I/O module that decides independently to operate an actuator: the present and future of automation can no longer be located in the levels of the classic automation pyramid. Decentralized pre-processing reduces machine data to valuable information and thus lays the foundation for a new era of automation.
