The agitator is based on the transmission of mechanical energy. It drives the stirring blade or

paddle to rotate through the motor to generate shear force and vortex, thereby achieving mixing and dispersion effects. The core functions include:
Mixing: Uniform mixing of different components through mechanical stirring.
Dispersion: Disperse solid particles evenly in the liquid to prevent precipitation.
Dissolution: Accelerate the dissolution process of solids in liquids.
Emulsification: Mix two immiscible liquids into an emulsion.

The Role Of The Motor In The Agitator

The motor plays a key role in the agitator, mainly responsible for driving the rotation of the stirring blade or paddle. Its specific functions include:
Provide power: The motor provides a stable power output for the agitator to ensure that the stirring blade can rotate continuously.
Control speed: The speed regulation function of the motor can adjust the stirring speed according to different mixing requirements.
Precise control: The motor and the controller cooperate to achieve precise speed and torque control to ensure the uniformity and stability of the mixing process.

Recommended Motor Models

DM-46WM395: High torque output, suitable for agitators requiring high load capacity.
DM-58SW31ZY: High torque output, suitable for scenarios requiring high torque and low speed, such as the blade drive of a stirrer.
DM-12SSN30: High speed DC reduction motor, suitable for agitator systems requiring fast response.

Advantages Of Our Motors

High torque output: ensures that the stirring blades can run smoothly and operate reliably even under high loads or frequent use.
Low noise operation: provides a quiet operating environment, suitable for industrial and laboratory use.
Intelligent adaptation: supports multiple control methods, including connection with agitator control systems and remote monitoring systems.
Customized services: Dongming Motor provides ODM and OEM services, and can customize motors according to customers’ specific needs to meet different application requirements.