Optimized maintenance cycles and resource planning
Predictive Maintenance Software mit KI
No more inefficient maintenance cycles and expensive repairs: Our predictive maintenance software detects early on when your machines are behaving differently — and prevents failures before they occur.
Real-time insights into machine states: AI condition analyses and automated notifications
Optimization of maintenance cycles, prevention of failures & reduction of maintenance costs
Ready for immediate use & scalable: Without additional hardware & expensive IT investments
Real-time insights into your machines without maintenance personnel
Easy integration
Seamless integration with existing IT systems
Scalability
Algorithm expandable on other machines
More efficient maintenance, higher machine availability
When machines stop unplanned, entire production chains start to falter — including delivery delays, stress and expensive repairs.
Our predictive maintenance software detects critical deviations early on — and shows them in real time on an intuitive dashboard. This allows you to plan maintenance measures proactively, save resources and prevent downtimes before they happen.
Features of our predictive maintenance software
Visualization of historical and real-time sensor data
With our dashboard, you can keep track of important machine KPIs such as vibration, temperature or speed.
Context-dependent precise machine monitoring
When monitoring, our software takes actual operating conditions, such as product recipes, into account.
AI-powered fault detection & forecasting
Our AI detects relevant discrepancies and potential errors before problems arise.
Individually configurable alerts
You receive automated email alerts in real time as soon as there are critical machine deviations.
"Thanks to the early warning from aiomatic, we were able to detect a gearbox failure in time. As a result, we were able to maintain operations over the weekend with reduced output and prepare for the necessary repair, instead of being surprised by a sudden imminent failure."
Ben Thurnwald
Managing Director at Hansaport
Which machines are suitable and what errors can our software detect?