FAQs on CMMS and Predictive Maintenance
CMMS help organizations plan, track, and optimize maintenance activities, improving reliability while reducing downtime and costs.
When using a CMMS with a Predictive Maintenance Solution, the CMMS helps turn the predictive maintenance insights into action. It centralizes asset data, schedules interventions, and ensures predicted issues are addressed before failure—reducing unplanned downtime, improving asset reliability, and optimizing maintenance resources.
CMMS integration with IoT sensors connects real-time equipment data (such as vibration, temperature, and humidity) directly into a CMMS. This allows maintenance teams to automatically trigger work orders, prioritize tasks, and move from reactive to predictive maintenance.
Click here to learn more about Nanoprecise’s 6-in-1 IoT Sensors and their CMMS integrations.
When evaluating CMMS programs or platforms, maintenance teams should consider factors such as integration with IoT sensors, ease of use, scalability, mobile access, and support for predictive maintenance workflows.
While there are many great CMMS software’s, the best one ultimately depends on the needs of your organization and how it will be used. You should consider internal goals as well as who will by using it and how will they be using it.
Nanoprecise uses APIs for CMMS integration and can integrate with any CMMS system that allows for API based information exchange.
CMMS: Computerized maintenance management system.
Prediction Integrity is a design principle for how predictive insights are carried forward across systems. It is to design maintenance systems that preserve the integrity of a prediction from the moment it is created to the moment action is taken.