Modular system concepts for mechanical engineering and logistics
The whitepaper explores the world of decentralized automation and highlights the opportunities that decentralized solutions offer in mechanical engineering and logistics.
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Modular Plant Concepts and Decentralized Automation
Opportunities for logistics and mechanical engineering
Modular machine and plant concepts are fundamentally changing industrial automation. Instead of rigid, centrally organized structures, companies are increasingly moving toward connected, flexible, and decentralized architectures. Especially in logistics, mechanical engineering, packaging, pharmaceuticals, and biotechnology, this opens up new opportunities to commission systems faster, expand plants more flexibly, and operate production environments more efficiently.
This whitepaper explains the role decentralized automation plays in modern plant concepts and why it is becoming a key building block for smart factories, Industry 4.0, and future-ready production systems.
What you will learn in this whitepaper
The whitepaper provides a structured overview of the shift from the traditional automation pyramid to connected, modular systems. You will learn why rigid hierarchical models are becoming more permeable — and why intelligent machine modules, decentralized assets, and end-to-end communication are increasingly important in modern automation architectures.
The whitepaper focuses on questions such as:
When does decentralized automation make sense?
It examines key decision criteria for evaluating machine and plant structures, including system flexibility, availability, reliability, usability, safety, transmission rates, and economic factors.
What are the prerequisites for a modular automation structure?
You will gain an overview of technological foundations such as Industrial Ethernet, digital data processing, bidirectional communication down to the sensor and actuator level, and the importance of standardized interfaces.
Which industries benefit most from decentralized concepts?
The whitepaper explains why logistics, mechanical engineering, packaging, pharmaceuticals, biotechnology, and woodworking are increasingly adopting modular and decentralized plant structures.
What role do hardware, software, and communication standards play?
You will learn why modular plants are not just a hardware topic, but also depend on software, interfaces, industrial communication, and standardization.
What benefits do modular, decentralized machine concepts offer?
The whitepaper outlines four major areas of value: faster commissioning, shorter time-to-market, greater flexibility, higher plant availability, and reduced costs.
Who should read this whitepaper?
This whitepaper is relevant for professionals and decision-makers involved in industrial automation, mechanical engineering, plant planning, intralogistics, Industry 4.0, or production optimization.
It is especially valuable for:
- Machine builders and plant engineers
- Intralogistics specialists
- Production and plant managers
- Automation engineers
- Retrofit and modernization project planners
- Decision-makers in pharmaceuticals, packaging, biotechnology, and manufacturing
- Companies evaluating or implementing modular machine concepts
Why download this whitepaper?
Decentralized automation is more than a technical trend. It is a strategic approach to making machines and plants more flexible, scalable, and future-ready. This whitepaper helps you understand the key terms, relationships, and evaluation criteria — from modular hardware and industrial communication to standards such as OPC UA, AutomationML, MTP, and PackML.
You will get a clear overview of the opportunities offered by modular plant concepts, the factors that matter when choosing between centralized and decentralized structures, and the developments shaping industrial automation on the path toward the smart factory.