Anticipate failures before they stop your line.
Non-invasive predictive monitoring that uses the electric motor itself as the diagnostic source — no sensors on the asset, no team exposure.
Predictive maintenance without intrusion. Deeper diagnostics.
UbPred uses Electrical Signature Analysis and Current Analysis to monitor the health of the entire asset from the electric motor itself. The solution detects mechanical, electrical, and process anomalies without needing direct contact with moving parts — all installed centrally in the electrical panel.
- Centralized installation in the MCC or electrical panel, away from the harsh conditions of the shop floor
- Systemic monitoring of energy, motor, and load in an integrated way
- Simplified scalability, without excess sensors and wiring
- Longer service life by staying protected from hostile environments
Continuous, centralized, and non-invasive.
The hardware is installed in the MCC or electrical panel, away from the harsh conditions of the shop floor, which simplifies operation and protects the system.
The solution analyzes variations in torque, current, and harmonics at high frequency to identify patterns associated with electrical, mechanical, and process failures.
The system sends automatic notifications with diagnostics and failure probability, allowing interventions to be planned with more lead time and accuracy.
UbPred catches what other solutions can't see.
Reduces unexpected downtime, increases maintenance safety, and identifies failures that traditional approaches can't detect.
- Reduces unplanned downtime and its impact on production
- Avoids exposing the team to harsh or hard-to-reach areas
- Detects electrical failures that vibration analysis misses
- Identifies process anomalies reflected in the equipment's load
- Improves maintenance predictability and operational availability
Signs that it's time to act.
The need for UbPred appears when a company needs to monitor critical assets with more safety, scale, and depth of analysis.
There is critical equipment in harsh, humid, or hard-to-reach environments where installing sensors is difficult.
Electrical failures happen unexpectedly and are hard to anticipate with current tools.
Wiring and installing conventional sensors becomes unfeasible due to cost or complexity.
The company needs to see motor, energy, and load in a connected way within a single diagnosis.
Current tools don't deliver a broad enough view of asset health.
Time-based part replacements generate unnecessary costs without indicating the actual condition of the equipment.
What changes after deployment
Anticipate failures and increase your operation's reliability.
Monitor critical assets with more safety, predictability, and intelligence — so you can act before the breakdown happens.
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