Ultrasonic bearing testing is a predictive maintenance technique that uses high-frequency sound waves to detect early signs of bearing wear or failure in rotating equipment. It helps identify issues before they become critical.

Ultrasonic testing can detect problems much earlier than vibration analysis or temperature monitoring. It’s also more effective in low-speed bearings and in noisy industrial environments.

Virtually all types: roller bearings, ball bearings, plain bearings, and even low-RPM (revolutions per minute) bearings commonly found in heavy machinery.

Yes, ultrasonic bearing testing is typically performed while machinery is in operation, making it a non-invasive and efficient method for condition monitoring.

It depends on the criticality of the equipment and the operational environment. High-demand systems may require monthly checks, while others may be monitored quarterly.

No, the process is non-disruptive and quick. It allows you to maintain uptime while still gathering valuable insights into equipment health.

Early detection of bearing defects Reduced unplanned downtime Lower maintenance costs Improved asset reliability and performance

Yes, we provide detailed reports with data analysis, trend tracking, and actionable recommendations to guide your maintenance decisions.

Compressed air is often one of the most expensive utilities in a plant. Undetected leaks can lead to: Energy waste Decreased equipment efficiency Reduced production output Increased operational costs Identifying leaks helps improve system performance and reduce overhead.

Yes. Our inspections are non-invasive and can be conducted while your plant is in full operation—no need for shutdowns.

We can detect: Compressed air and gas leaks Vacuum system leaks Valve and seal integrity issues Leaks in hard-to-reach or noisy environments

Our testing identifies early-stage electrical faults such as: Corona discharge Tracking Arcing These conditions often precede equipment failure and arc flash events, making early detection critical for maintenance and safety.

They complement each other. Ultrasonic testing can detect issues before they generate heat (which is when infrared becomes effective), making it ideal for predictive maintenance programs.

We inspect: Switchgear Transformers Bus ducts MCCs (Motor Control Centers) Breakers and relays Enclosed or hard-to-access cabinets