A Vertical Two-Plane Balancing Machine is a highly sensitive and versatile equipment used to detect and correct unbalance in rotating components. Unlike hard-bearing machines, this system uses flexible (soft) suspension bearings that allow the rotor to vibrate freely, enabling accurate measurement of displacement caused by unbalance. The two-plane configuration makes it possible to measure and correct unbalance in both planes of rotation (typically the left and right sides of the rotor), which is essential for achieving precise dynamic balancing in long or complex rotors.
These machines are widely used for balancing electric motor rotors, crankshafts, turbine rotors, fans, blowers, pump impellers, and printing rolls. They are well-suited for workshops and service centers because they do not require frequent recalibration when balancing different rotor types. Equipped with advanced vibration sensors, drive systems, and computerized analysis software, a Soft Bearing Two-Plane Balancing Machine ensures high accuracy, repeatability, and efficiency.
By reducing vibration, improving performance, and extending equipment life, this machine plays a critical role in modern manufacturing, automotive, and power generation industries. It is the preferred choice where flexibility, sensitivity, and precision are essential for balancing a wide range of rotating machinery.
