Precision Dual Plane Dynamic Balancing for Rotating Machinery
Dual plane dynamic balancing corrects both static and couple unbalance in rotating machinery by applying correction in two separate planes.
Professional measurement and engineering support designed to improve machine reliability, performance and operational efficiency.
Our dual plane dynamic balancing service is designed for rotors and rotating components where unbalance occurs across multiple planes. Vibration amplitude and phase measurements are used to calculate correction weights and positions in both planes, helping achieve smooth operation, reduced vibration and improved equipment reliability.
Our approach combines precision measurement, engineering analysis and practical recommendations to help customers make informed maintenance and reliability decisions.
A structured engineering process ensures accurate measurement, reliable analysis and actionable results.
The rotor and machine condition are inspected to determine balancing requirements and identify possible sources of excessive vibration.
Vibration amplitude and phase readings are collected from the rotating machine under operating conditions.
The collected data is analyzed to determine the magnitude and angular position of unbalance in both correction planes.
Calculated correction weights are applied at the specified positions in both planes to eliminate the detected unbalance.
The machine is tested again after correction to verify vibration reduction and confirm the final balancing condition.
Our service can be applied across a wide range of industrial equipment and production environments where precision and machine reliability are critical.
Talk to our engineering team about your measurement, alignment or machine condition monitoring requirements.
