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Predictive maintenance solutions start with intelligent networking. At igus®, our i.Cee predictive maintenance software - paired with predictive maintenance sensors on energy chains, bearings, and linear guides, transforms stock products into smart products. This upgrade helps you predict service life and schedule maintenance at the perfect time.

Your data never leaves your corporate network, since the i.Cee software communicates only within the networks you want it to. The options range from an e-chain® within a single machine to a machine park and your own output interface.
This online solution has two options. In the first, your data is transferred directly to the cloud, where it is made available in a protected area that can be accessed with a browser dashboard. In the second, the data go to an intermediate location on the i. Cee.net: a so-called data concentrator allowing you to stop or adjust data exchange in the cloud.
Predictive maintenance solutions by igus® is powered by the i.Cee system, which uses sensors and software to monitor the condition of components like energy chains and bearings. These sensors detect wear, movement patterns, and other key metrics, allowing the i.Cee software to calculate the optimal service time and maximum service life. This proactive approach helps prevent unexpected failures and costly downtime.
Implementation involves installing i.Cee-compatible sensors on your igus® energy chains and connecting them to the i.Cee software via modules like i.Cee:plus II or i.Cee:box. You can choose between local data processing (i.Cee:local) or cloud-based monitoring (i.Cee:cloud), depending on your infrastructure. The system is modular and can be tailored to your specific setup.
In manufacturing, predictive maintenance ensures that machines and components like energy chains, bearings, and cables are serviced only, when necessary, based on real-time data. This is especially valuable in high-demand environments like automotive production, where downtime can be extremely costly.
Key data includes:
No, wear monitoring systems must be used in conjunction with a new energy chain system. This ensures that the system starts with a clear baseline for wear and performance data, which is essential for accurate predictive maintenance. Retrofitting to older chains may not provide reliable insights due to unknown or inconsistent wear history.

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