Bearing Cap Movement – Motion Amplification Example

 We provide a range of condition monitoring services designed to reduce maintenance costs and improve asset reliability. One of the most effective techniques is vibration analysis, which is widely used on rotating equipment to identify faults such as bearing defects, unbalance, misalignment and looseness before failure occurs. Our vibration monitoring services help maintenance teams plan repairs and prevent costly unplanned downtime. 

 Using infrared thermography and thermal imaging inspection, we can assess whether equipment is operating efficiently or developing a thermal fault. Thermography inspections quickly identify problems such as overheating components, electrical faults, friction and insulation issues. Detecting these issues early helps prevent equipment failure and improves plant safety and reliability. 

 We provide precision laser shaft alignment services to accurately align rotating equipment on customer sites. Misalignment is one of the most common causes of vibration, bearing wear and seal failure. By ensuring machinery operates within correct alignment tolerances, laser alignment improves equipment reliability, reduces vibration levels and extends component life. 

 Our ultrasonic inspection and acoustic leak detection services help identify compressed air leaks, gas leaks and partial discharge within electrical systems. Ultrasonic surveys are highly effective for improving energy efficiency and reducing operating costs by locating leaks that would otherwise go unnoticed. Early detection also supports proactive maintenance planning. 

 Working with accredited laboratory partners, we provide oil debris analysis and lubricant condition monitoring to detect contamination and early signs of wear. Oil analysis helps identify metallic particles, lubrication breakdown and internal component wear before failure occurs. When combined with vibration analysis, it provides a more complete picture of overall machine condition. 

 Motion amplification analysis allows engineers to visualise extremely small vibrations and movements within machinery and structures. By amplifying motion that is normally invisible to the naked eye, this technology helps identify issues such as resonance, looseness, structural vibration and vibration transmission paths. It is particularly useful for diagnosing complex vibration problems. 

 Wireless condition monitoring sensors allow assets to be monitored without the need for extensive cabling or complex installations. Wireless vibration sensors can track vibration and temperature trends on critical equipment, providing valuable data to support predictive maintenance programmes while reducing installation costs. 

 Continuous online condition monitoring systems provide 24/7 monitoring of key critical assets. By continuously collecting vibration and temperature data, these systems can detect developing faults early and alert maintenance teams before failures occur. Online monitoring solutions are particularly beneficial for critical or inaccessible machinery.