No-code Visualization for the Industrial Edge environment

Leverage the benefits of the Industrial Edge environment in combination with the power of the WinCC Unified System – with the WinCC Unified applications for Industrial Edge.

Edge-based HMI solutions

Realize Edge-based HMI solutions that allow maximum freedom in the selection of workflow environment. With centrally management applications, engineering, commissioning, and maintenance of globally spread plants gets even more efficient. Moreover, the WinCC Unified Runtime App for Industrial Edge, is ISO 9001 certified to meet high quality requirements.

Visualization in the age of Edge computing

With Industrial Edge the administration of software in machines or plants is easier, more flexible, and more secure. Therefore, this technology is becoming increasingly important for industrial automation. A variety of apps is already available, focusing on acquisition, preprocessing or analysis of machine or plant data. Data, that needs to be visualized and shared with other systems, too. 

With SIMATIC WinCC Unified Runtime for Industrial Edge combine the flexibility of the IE environment with a full-fledged HMI solutions for maximum transparency with end-to-end usability and direct analysis functions and benefit from integrated data acquisition, data logging, instant alerting and a convenient user interface.

What makes WinCC Unified for Industrial Edge so special?

One system, many possibilities

SIMATIC WinCC Unified System at a glance

Enjoy an overview of the many opportunities offered by the SIMATIC WinCC Unified System, with the best possible combination of hardware and software. Get to know the new possibilities and benefits of the entire system.

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SIMATIC WinCC Unified successfully in use

SIMATIC WinCC Unified is a visualization system that you can use to successfully master the challenges of digitalization in mechanical and plant engineering. For example, like in this application example!

Energy-saving spray drying in the dairy industry

  • Better quality by reduction the variations in humidity in advance
  • Increased efficiency by optimizing the drying process
  • Faster speed by optimizing the spray dryer process
To the application example