An Ounce of Imbalance.
A Ton of Destructive Force.

Even a small imbalance in a high-speed rotor creates exponential stress on your entire machine. Our on-site dynamic balancing services eliminate this destructive force, restoring smooth operation and protecting your critical assets from premature failure.

See the Benefits

The High Cost of an Unbalanced Rotor

Imbalance is a leading cause of machinery vibration and a primary contributor to mechanical failure. It occurs when the center of mass of a rotating component does not align with its center of rotation. This offset, or "heavy spot," generates a centrifugal force that increases with speed, creating a powerful shaking that attacks the weakest points of your machine.

Left uncorrected, imbalance will lead to bearing failure, structural cracks, and ultimately, catastrophic breakdown.

Diagram showing the destructive force of an imbalanced rotor

Why Dynamic Balancing is Non-Negotiable

Precision balancing is a fundamental requirement for any reliability program.

Extend Bearing Life

Imbalance is the #1 enemy of bearings. By eliminating the constant pounding force, you can dramatically extend the life of your bearings and reduce replacement costs.

Improve Machine Reliability

A balanced machine is a reliable machine. Reduce the risk of unplanned, costly downtime by removing a primary source of mechanical stress and failure.

Enhance Operator Safety

Excessive vibration can loosen bolts, guards, and foundations, creating significant safety hazards. A smooth-running machine is a safer machine.

Increase Energy Efficiency

Vibration is wasted energy. By ensuring your rotors spin efficiently, you reduce the load on the motor and lower overall energy consumption.

Protect Structural Integrity

Chronic vibration can cause fatigue cracks in machine frames, foundations, and support structures. Balancing protects your entire asset, not just the rotor.

Improve Product Quality

In many processes, machine vibration can negatively impact the quality and consistency of the final product. Precision balancing ensures a stable process.

Precision Balancing, On-Site and On-Schedule

We bring the solution to you. Our on-site dynamic balancing services minimize downtime and logistical complexity. There's no need to remove, ship, and reinstall your rotors.

  1. 1

    Initial Vibration Reading

    We use our vibrational analysis equipment to measure the initial imbalance and pinpoint its location.

  2. 2

    Trial Weight Placement

    A calibrated trial weight is added to the rotor, and a new reading is taken to determine the rotor's response.

  3. 3

    Correction Calculation

    Our software calculates the precise amount of weight and the exact angular position required to correct the imbalance.

  4. 4

    Final Correction & Verification

    The permanent correction weights are added (or material is removed), and a final vibration reading is taken to verify that the rotor is balanced to international standards.

Schedule On-Site Balancing Service

Restore your machinery to optimal condition. Contact our engineering team to schedule a dynamic balancing service for your rotors, fans, or other rotating equipment.