3-Phase Vibratory Motors (also known as 3-Phase Vibrators) are specialized motors used to generate vibratory motion in industrial systems, operating on a 3-phase 220V or 380V power supply. The equipment is designed to produce strong, stable, and continuous vibration force, making it suitable for heavy-duty working environments and long-term operation requirements.
Thanks to their high vibration capacity and durability, 3-phase vibratory motors are commonly used in vibrating screens, vibratory feeders, concrete vibration tables, material silos, material separation systems, and many other industrial production lines. Compared to 1-phase series, these devices offer higher operating efficiency, stronger vibration force, and better performance for large-scale industrial applications.
3-Phase Vibratory Motors are designed with a sturdy structure to generate strong vibration force and maintain stable operation in industrial environments. The equipment consists of many components working together to create continuous vibratory motion for production and material transfer systems.
3-Phase Vibratory Motors operate on the principle of generating vibratory motion through the rotation of eccentric weights installed at both ends of the motor shaft. When a 3-phase power supply is applied, the motor starts rotating at high speed, driving the eccentric weight system into continuous movement.
During rotation, the eccentric weights generate centrifugal force, causing strong vibrations in various directions. Depending on the adjustment angle and weight of the eccentric weights, the vibration force can be adjusted to suit each application requirement. Thanks to this mechanism, 3-phase vibratory motors are widely applied in vibrating screens, vibratory feeders, concrete vibration tables, material separation, and many other heavy-duty industrial systems.
3-phase vibratory motors generate strong and stable vibration force powered by industrial electricity, making them suitable for high-intensity working environments and continuous operation requirements.
Used for concrete compaction in civil and industrial construction projects. The vibration force helps eliminate air bubbles, increases cohesion, and improves the solidity of structures after curing.
Applied in vibrating screening systems to classify sand, stone, coal, ore, and various other materials. The vibratory motor creates uniform oscillations, making the separation process fast and accurate.
Used in harvesting machines, seed cleaning and grading equipment. The vibration force assists in removing impurities, enhancing product quality, and improving processing productivity.
Below is the table showing the Prices of 3-Phase Vibrators at Thanh Thai Motor with various power ranges and vibration forces, suitable for vibrating screening systems, feeders, and industrial machinery.
To select the right 3-phase vibratory motor for your needs and ensure long-term operational efficiency, customers should consider the following important criteria:
You can also refer to the video collection of vibratory motor categories to view various models in practice, making it easier to select the right equipment for each specific application need.
Yes. Users can change the angle of the eccentric weights to adjust the vibration force to suit each application.
Due to strong vibration characteristics, there will be a certain level of noise; however, with proper calibration and sturdy installation, the machine still operates stably.
This series comes in various power ratings from small to large such as 0.25kW, 0.4kW, 0.75kW, 1.5kW, 2.2kW…, suitable for many industrial vibration systems.
