Advances in condition monitoring have provided industries with more data than ever before, yet the challenge remains: how do we move from simply collecting data to making real-time, precision-driven decisions that enhance equipment reliability? The evolution of bearing lubrication has shifted from manual greasing and calendar-based schedules to condition-based and, ultimately, autonomous lubrication strategies. By integrating ultrasound, vibration, and temperature insights into a predictive framework, modern lubrication systems are reducing human error, optimizing grease application, and preventing premature failures. As technology continues to advance, the focus is shifting toward fully connected systems that not only monitor bearing health but also take action, ensuring optimal performance and extended equipment life.

Having spent over 13 years with HM Royal Air Force as an Electrical Engineer and Trainer I have strived through my career to provide improvements to industry.

Gaining Certified Maintenance & Reliability Professional status, I have used these skills to help industry improve their Energy Management Programs and add Improvements to overall Reliability of their plants via the use of Ultrasound Technology in combination with other best practices to achieve these gains.

Over the past 6 years and currently I have been helping companies to optimize their maintenance programs, reduce downtime and reduce energy waste. Typical applications would include:

• Leak detection from compressed air/gases
• Steam trap testing to improve energy usage
• Passing valves
• Bearing failure / Correct lubrication practices
• Electrical inspections