02. What it Monitors 

The Digital Twin observes variables that define compressor performance and health. 

By comparing measured behavior with the model, degradation becomes visible early — before it affects production.

03. Why It Matters 

Compressors rarely fail without warning, but the warning signs are subtle: rising power consumption, small efficiency losses, temperature shifts, vibration changes or unstable load patterns. Without visibility, these are only noticed when performance has already degraded or when production stops.

04. Warranty & Risk 

When failures are reactive and unobserved, warranty risk is high for both manufacturer and customer. With a Digital Twin, the operating profile, efficiency and bearing condition are visible throughout the warranty period. This transparency reduces uncertainty, lowers warranty risk and enables longer coverage.

05. Lifecycle Economics  

Electricity and unplanned downtime dominate the total cost of compressed air. By preserving efficiency and preventing reactive failures, the Digital Twin reduces operating cost and improves lifecycle reliability. Over multi-year horizons, small efficiency losses accumulate into significant financial impact in continuous-duty environments. 

06. Service & Maintenance 

Most compressor interventions are reactive: a performance drop is noticed, production reports an issue, and maintenance responds. This creates unplanned stops, expensive rush interventions and difficult scheduling.

With a Digital Twin, maintenance becomes planned. Degradation trends are visible weeks or months before they become faults. The result is fewer surprises and less disruption to the plant.

07. Performance Service 

The Digital Twin is offered as a subscription service available for industrial deployments. 

Pricing depends on compressor configuration, duty cycle and service requirements, and is provided as part of the technical and commercial proposal.