Vibration Analysis Services
Advanced Vibration Analysis and Machinery Diagnostics
Advanced Maintenance Solutions delivers specialist vibration analysis services as part of our wider predictive maintenance services and condition monitoring services across the UK.
Our vibration analysis and vibration monitoring services are designed to identify developing faults in rotating machinery long before they lead to failure. Using high accuracy data collectors and advanced spectrum analysis software, we assess the mechanical condition of critical assets across a broad frequency range in accordance with ISO condition monitoring standards.
Through detailed machinery vibration analysis, we utilise:
- FFT spectrum analysis
- Time waveform analysis
- Envelope detection techniques
- Phase analysis
- Trend based vibration monitoring
This allows us to accurately diagnose faults including:
- Rolling element bearing defects including inner race, outer race, ball spin and cage faults
- Shaft misalignment including parallel and angular misalignment
- Dynamic unbalance
- Mechanical looseness
- Gear mesh defects
- Structural resonance issues
- Soft foot conditions
By combining structured vibration monitoring with long term trend analysis, we track defect progression and help forecast remaining useful life. This enables engineering teams to plan intervention before failure occurs, reducing operational risk and preventing unplanned downtime.
Supporting Predictive and Industrial Maintenance Strategies
Our vibration analysis services form a core part of our industrial maintenance services and predictive maintenance services. We provide clear severity assessments and prioritised recommendations so that maintenance decisions are based on measurable data rather than assumption.
Operational Benefits
Improved asset reliability and availability
- Reduced unplanned downtime
- Improved maintenance planning and scheduling
- Lower total cost of ownership
- Stronger reliability centred maintenance strategies
Vibration analysis is not simply data collection. It is about understanding how machinery behaves in operation and providing actionable insight that protects your assets.
FAQ’s
What is vibration analysis? +
Vibration analysis is a condition monitoring technique used to evaluate the health of rotating machinery by measuring vibration signals produced during operation. Through machinery vibration analysis, engineers can identify faults such as imbalance, misalignment, bearing damage, and mechanical looseness before they lead to failure. This makes vibration monitoring one of the most widely used predictive maintenance services in industrial environments.
What types of equipment require vibration monitoring? +
Vibration monitoring services are commonly used on rotating equipment including:
- Electric motors
- Pumps
- Fans and blowers
- Gearboxes
- Compressors
- Turbines
Any asset containing rotating components can benefit from routine vibration analysis services.
What faults can vibration analysis detect? +
Professional vibration analysis services can detect a wide range of mechanical issues including:
- Bearing defects
- Shaft misalignment
- Dynamic imbalance
- Mechanical looseness
- Gear mesh faults
- Resonance conditions
Early identification through vibration monitoring allows corrective maintenance before catastrophic failure occurs.
How is vibration data analysed? +
Vibration data is analysed using several techniques including:
- FFT spectrum analysis
- Time waveform analysis
- Envelope detection
- Phase analysis
These diagnostic tools allow engineers to identify characteristic vibration signatures associated with different mechanical faults.
How often should vibration monitoring be performed? +
The frequency of machinery vibration analysis depends on asset criticality. Many sites perform vibration monitoring monthly or quarterly, while critical assets may use online vibration monitoring systems that continuously collect data.
What are the benefits of vibration analysis services? +
Implementing vibration monitoring provides several operational benefits:
- Reduced unplanned downtime
- Improved equipment reliability
- Lower maintenance costs
- Extended asset life
- Data-driven maintenance planning
Can vibration monitoring detect bearing failures early? +
Yes. Rolling element bearing defects produce identifiable vibration frequencies long before audible noise or temperature increases occur. Vibration analysis is one of the earliest detection methods available for bearing faults.
What industries use vibration monitoring? +
Vibration analysis services are widely used in:
- Manufacturing
- Energy generation
- Water utilities
- Chemical processing
- Metal production
- Aerospace manufacturing
What is the difference between vibration analysis and vibration monitoring? +
Vibration monitoring refers to the collection of vibration data, while vibration analysis involves interpreting that data to diagnose faults and determine machinery condition.
How does vibration analysis support predictive maintenance? +
Vibration monitoring enables maintenance teams to track equipment health trends over time. By analysing these trends, engineers can forecast potential failures and plan maintenance activities proactively
Still have questions about your equipment or monitoring requirements?
Speak to our engineers to discuss your site.