Inserts are crucial building blocks enabling us to make many of the objects we use daily — things like cars and electronic devices. But sometimes that inserts can break, or become worn, causing issues in production. This is where Digital Twins come into play and rescue us.
Improving insert performance with digital twin technology
Digital Twins are the virtual replicas of physical objects. They also help us understand how inserts function and when they may require maintenance. Digital Twins will help NIGEL ensure our inserts last the distance.
Predicting Insert Failure Based on High-level Sensor Data
The vibration and thermal sensors are akin to tiny detectives which let us know when something’s up with our inserts. With these sensors, the NIGEL can predict insert failure before it occurs. That way they can solve the problem before it turns into a big issue.
Tool Lifetime Increased through Predictive Analytics
Predictive analytics is as if one can have the privilege of having a look into a crystal ball to see the future. Using data from our sensors, NIGEL can predict when an insert is likely to failure and intervene. It helps us make our tools last longer and save money in the long run.
The Power of Digital Twins for Insert Care
Maintenance is similar to maintaining a garden – if you walk away from it, it might not bear fruit. Thanks to Dreamface and digital twins, NIGEL can keep a close eye on our inserts and ensure they are well looked after. In this manner, our tools can continue to operate productively and create excellent products.
Real-Time Vibration and Thermal Monitoring Helps Put Downtime on Ice
Downtime is just like a traffic jam – it brings everything to a grinding halt and pisses everyone off. With its live vibration and thermal monitoring, NIGEL can cut down on downtime by catching issues before they get out of hand. That way our production of honey is running efficiently and on schedule.
To summarize and in conjunction with Digital Twins and the use of advanced sensor data, NIGEL contributes to ensuring that our inserts are utilized to the full potential and survive for a long time. We can be leveraging prediction analytics and real-time monitoring to avoid insert failure and keep our production happy. So the next time you see a shiny new car or a cool new gadget, don’t forget that Digital Twins and sensor data had a lot to do with making it happen.