Going to Industry 4.0: How the Internet of Things Drives Manufacturing Development

In the near future, the Internet of Things will play an important role in your daily life. For example, your alarm clock can view your electronic calendar and adjust it according to the train schedule to wake you up in time to catch the right commuter train. If the train is late, you will be notified and receive additional information on the available trains. The temperature of the room will be automatically lowered at night to save energy and re-adjusted 30 minutes before the alarm rings. At midnight, when the total energy consumption is reduced, your washing machine will receive a signal of the electricity price drop from the grid and start automatically.

How is this all achieved? More and more objects are equipped with sensors that capture data and provide data to people and machines—machine-to-machine communication (M2M)—without assistance, so that the scenarios described above can be implemented. The Internet of Things (loT) is exploding. Gartner, a consulting firm specializing in IT development, predicted in a report published in December that the number of units connected to the Internet of Things will increase from less than 1 billion in 2009 to 26 billion in 2020. Network communication is no longer based on text messages, pictures or videos sent by people, but mainly based on the communication data sent by the machine. This will bring a lot of changes to our lives.

For superhard cutting tools, digitization continues to reduce the distance between the real world and the virtual world. The tool is no longer just a cutting tool, it can now also be a smart machine that combines metal with binary numbers.
Earlier this year, Sandvik Coromant launched a software called Adveon, an ISO13399-certified digital tool database that simulates high-quality tool assembly. The software can be easily used in process planning and CAM programming to truly simulate interference experiments, providing a freely creative platform for the metal cutting industry with significant cost savings.

Vahid Kalhori, intelligent processing manager at Sandvik Coromant, said: “Adveon is also a step towards smart factories and the Internet of Things.” Another important step taken by Sandvik Coromant is the concept of intelligent processing, including self-learning. Processing system. According to Kalhori, the tool “knows” how it works during the machining process and communicates directly with the machine. If a fault occurs, the tool will sound an alarm or automatically optimize the process.

Sandvik Coromant's strategy is to meet the requirements of Industry 4.0 (Industry 4.0) – including the creation of highly automated smart factories consisting of robots, information physics systems (CPS) and the Internet of Things. CPS is a network system of interactive machines, not a stand-alone production unit. The Internet of Things represents the communication between objects, opening up a broad path for monitoring management and big data analysis.

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