Smart Factories: Benefits and key principles
What is smart manufacturing? This question is best answered by looking at the benefits and principles of the smart factory. Among said benefits are:
- The smart factory is more efficient than traditional manufacturing because all processes are optimally aligned.
- Production costs are lower, due in part to reduced downtime and less waste.
- Underutilized production capacity can be identified and eliminated. This, in turn, means that companies are making the best use of their resources.
- Smart manufacturing tools use augmented reality (AR) to facilitate company work, improve planning and quality control. This also has a positive impact on product development and logistics.
The basis for a smart manufacturing process is the use of networked plants and devices. The data collected here can be used for evidence-based decision-making.
For smart factory applications to reach their full potential, processes such as machine learning are also of great importance. They provide a long-term competitive advantage by supporting every area of production. This is precisely why connectivity, data analytics and diagnostics are key principles of the smart factory.
The four levels of a smart factory
The definition of smart manufacturing always refers to the 4 levels of the smart factory. They are the basis for the targeted improvement process and are not only necessary for the smart factory itself. Rather, they are also the basis for an aimed smart warehousing.