Balancing
Balanced rotating equipment is imperative for the continued high performance of your machinery.
In Situ Balancing
Why is balancing important?
Balanced components in rotating machinery minimise wear, extend asset lifespan and improve operating efficiency. Even a small imbalance can create vibration that accelerates bearing wear, increases noise and raises energy consumption.
In situ balancing eliminates the need to disassemble and transport equipment. It also reflects the real operational environment, helping achieve more accurate corrections under actual running conditions.
Imbalance can cause:
Excessive vibration
Higher forces through bearings, seals, couplings and supporting structures.
Reduced equipment life
Accelerated wear, fatigue and avoidable component replacement.
Higher operating costs
Increased energy use, downtime, maintenance demand and production disruption.
In Situ Balancing
Why is balancing important?
Balanced components in rotating machinery minimise wear, extend asset lifespan and improve operating efficiency. Even a small imbalance can create vibration that accelerates bearing wear, increases noise and raises energy consumption.
In situ balancing eliminates the need to disassemble and transport equipment, while reflecting the real operational environment.
Imbalance can cause:
Excessive vibration
Higher forces through bearings, seals, couplings and supporting structures.
Reduced equipment life
Accelerated wear, fatigue and avoidable component replacement.
Higher operating costs
Increased energy use, downtime, maintenance demand and production disruption.
How AVT Can Help
Diagnose, correct and verify imbalance on site
AVT Reliability provides expert in situ balancing for rotating machinery. Our engineers diagnose imbalance, calculate correction weights and locations, and verify results at operating speed so assets run smoothly and efficiently.
Single and multiplane balancing
Corrects simple and complex rotors to reduce vibration and bearing load.
Advanced measurement
High accuracy vibration and phase readings for precise weight placement.
Minimal disruption
Performed in situ to avoid disassembly, transport and extended downtime.
Documented results
Before and after vibration levels recorded, with clear reporting and recommendations.
How AVT Can Help
Diagnose, correct and verify imbalance on site
AVT Reliability provides expert in situ balancing for rotating machinery. Our engineers diagnose imbalance, calculate correction weights and locations, and verify results at operating speed.
Single and multiplane balancing
Corrects simple and complex rotors to reduce vibration and bearing load.
Advanced measurement
High accuracy vibration and phase readings for precise weight placement.
Minimal disruption
Performed in situ to avoid disassembly, transport and extended downtime.
Documented results
Before and after vibration levels recorded, with clear reporting and recommendations.
Field Balancing
Correcting imbalance in the machine’s real working environment
Our engineers balance equipment on site, capturing the effects of process conditions and external factors for a more accurate correction.
Typical outcomes
Lower vibration, longer bearing life, fewer stoppages and lower energy use.
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1
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Diagnose imbalanceMeasure vibration and phase at operating speed to identify the imbalance vector. |
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2
|
Apply correctionsCalculate correction weights and locations. Fit a temporary trial weight if needed, then finalise with permanent weights. |
|
3
|
Verify and documentRe-measure vibration, confirm against agreed targets and provide a clear before and after report. |
Field Balancing
Correcting imbalance in the machine’s real working environment
Our engineers balance equipment on site, capturing the effects of process conditions and external factors for a more accurate correction.
Typical outcomes
Lower vibration, longer bearing life, fewer stoppages and lower energy use.
Diagnose imbalance
Measure vibration and phase at operating speed to identify the imbalance vector.
Apply corrections
Calculate correction weights and locations. Fit a temporary trial weight if needed, then finalise with permanent weights.
Verify and document
Re-measure vibration, confirm against agreed targets and provide a clear before and after report.
Balancing Benefits
Smoother rotation, lower stress and improved performance
Our balancing services support reliability, performance and energy efficiency across a wide range of rotating equipment.
Reduced vibrationMinimises stress on bearings, seals and couplings to avoid premature failure. |
Lower noiseSupports quieter, smoother operation by reducing mechanical vibration. |
Cost savingsReduces downtime, replacement parts and avoidable maintenance spend. |
Improved efficiencyBalanced machines consume less energy and deliver more consistent performance. |
Improved product quality
In manufacturing environments, reducing vibration can directly improve process stability and final product consistency.
Balancing Benefits
Smoother rotation, lower stress and improved performance
Our balancing services support reliability, performance and energy efficiency across a wide range of rotating equipment.
Reduced vibration
Minimises stress on bearings, seals and couplings to avoid premature failure.
Lower noise
Supports quieter, smoother operation by reducing mechanical vibration.
Cost savings
Reduces downtime, replacement parts and avoidable maintenance spend.
Improved efficiency
Balanced machines consume less energy and deliver more consistent performance.
Improved product quality
In manufacturing environments, reducing vibration can improve process stability and final product consistency.
Key Applications
In situ balancing for rotating assets
AVT Reliability provides in situ balancing across a wide range of rotating machinery, helping reduce vibration without unnecessary strip-down or transport.
TurbinesGas, steam and small power units. |
FansID, FD, axial and centrifugal fans. |
CentrifugesIndustrial and process centrifuges. |
Process rollsPaper, film and foil production lines. |
Printing drumsPress cylinders and drum assemblies. |
Key Applications
In situ balancing for rotating assets
AVT Reliability provides in situ balancing across a wide range of rotating machinery, helping reduce vibration without unnecessary strip-down or transport.
Turbines
Gas, steam and small power units.
Fans
ID, FD, axial and centrifugal fans.
Centrifuges
Industrial and process centrifuges.
Process rolls
Paper, film and foil production lines.
Printing drums
Press cylinders and drum assemblies.
Talk to AVT Reliability
Ready to get started?
Use the form below to contact our team and find out more about in situ balancing, vibration reduction and rotating equipment reliability support.
Need to reduce vibration without removing equipment?
Tell us about your rotating asset, vibration concern or balancing requirement and our team will help identify the right next step.
Talk to AVT Reliability
Ready to get started?
Use the form below to contact our team and find out more about in situ balancing, vibration reduction and rotating equipment reliability support.
Need to reduce vibration without removing equipment?
Tell us about your rotating asset, vibration concern or balancing requirement and our team will help identify the right next step.
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