Automation is when technical systems, software algorithms, and industrial robots carry out tasks independently, without any human intervention.

Key aspects of automation:

• Etymology: The term "automation" comes from the Greek word "automatos", which means "self-acting".
• Basic technological principle: Robotics, AI, and software are used for process control purposes.
• Economic benefit: Industry becomes more efficient and precise (Industry 4.0).
• Social objective: Sparing people repetitive work frees them up to carry out complex, creative tasks.

Although it is often assumed that the term "automation" has one single meaning, it can be used in two subtly distinct ways:

• To describe a situation in which a system operates completely independently
• To describe the process or technical measure that brings about this situation

A machine is a self-contained production unit (device) that serves a specific function. Machines can be mechanical, electrical, or electronic and, as such, are often part of a larger system. Typical examples are filling and packaging machines in the food production sector, such as FFS machines and machines that fill cups or glass containers.

By contrast, a system in this context is normally a more complex installation that is used to carry out a particular production process. Such systems mostly consist of several machines / production modules and further components, all of which are networked via control solutions and work together within the system.

The key element of SEW‑EURODRIVE system and machine solutions is our MOVI‑C® modular automation system. Our customers can use this to create complete automation solutions – on an end-to-end, scalable basis, with everything from one single manufacturer. Comprising drive technology, control technology, inverter technology (for decentralized or control cabinet installation), and the associated software, MOVI‑C® makes everything effortless and future-proof.

• Industrial robots
• Mobile robots
• Track-guided systems
• Machine automation solutions

Our scalable solutions give customers a whole host of options for getting started – from individual components to bundles and all the way through to complete MAXOLUTION® system solutions. We therefore have everything we need to tackle our customers' complex automation tasks.

Our solutions are based on open, future-proof technologies that can be integrated seamlessly into existing processes and systems. Controlling all elements and networking them intelligently, our higher-level software integrates these elements into the software-defined factory. This software plays a key role in terms of offering our customers future-proof solutions right now and helping them move in the direction of software-defined automation.