Why should you equip your robot with TSN?

Robotic technology is advancing rapidly, with a growing demand for more integrated and responsive solutions in the realm of manufacturing.

These advanced robotic systems are key to enhancing productivity and efficiency through smart, data-driven operations. A crucial element in these sophisticated setups is the integration of advanced data sharing functions, such as Time-Sensitive Networking (TSN).

Thomas Burke, Global Strategic Advisor at the CC-Link Partner Association (CLPA), highlights the importance of TSN in developing interconnected robotic systems. He observes: “The rate of implementation of robotic solutions is continuing to experience rapid growth, with the number of installations more than doubling since 2015.” The American market, in particular, has embraced robotic systems, with nearly 35,000 new units adopted across the US. in 2021 alone.

Traditionally, robots have functioned as independent units, with limited connectivity to their controllers and vision systems. Now, the manufacturing industry’s evolution demands more complex frameworks, in sync with Industry 4.0 principles, involving higher degrees of integration and data sharing. This necessitates communication not just within a robotic cell, but across different machines, control systems, and users at various levels.

For these advanced automated systems to work effectively, a high level of integration and data sharing is essential. “The ability to share data across cells, shop floors and within the entire enterprise is pivotal in supporting digital manufacturing applications,” says Burke. This interconnectedness offers a competitive edge, enhancing decision-making, flexibility, reliability, and responsiveness.

Implementing a network infrastructure that supports TSN standards is critical for these digital transformation projects. It ensures reliable, deterministic transmission of various types of data traffic. A network with TSN functions, like CC-Link IE TSN, can handle time-critical messages within a robotic cell and manage other types of data, such as TCP/IP packets and video streams from advanced vision systems. This facilitates the integration of robots with other elements within the same machine and supports communications across the manufacturing line.

Using CC-Link IE TSN to create deterministic, convergent networks not only improves rapid decision-making but also enhances diagnostics, troubleshooting, and predictive maintenance. It allows for the analysis of a broader range of data, providing comprehensive real-time insights on shop floor activities.

Machine builders and end users aiming to develop advanced, data-driven robotic systems can benefit from Mitsubishi Electric’s industrial robots, which are equipped with CC-Link IE TSN compatible controllers. These state-of-the-art components are pivotal in driving productivity and competitiveness in industrial automation solutions.