Motor

An electric motor, commonly known as a "motor," is a device that converts electrical energy into mechanical energy. The operation of an electric motor is based on the law of electromagnetic induction. Current flows through the coils (windings) inside the motor, creating a strong magnetic field in the iron core. The current-carrying coils in this magnetic field experience electromagnetic force, causing the motor's rotor (rotating part) to rotate, ultimately converting electrical energy into mechanical energy that can drive equipment.

• Industry: Powering various machine tools, conveyors, cranes, compressors, and robots.

• Transportation: Electric vehicles, high-speed trains, electric bicycles, and ship propulsion.

• Home Appliances: Refrigerators, air conditioners, washing machines, vacuum cleaners, electric fans, and range hoods.

• Electronic Products: Computer hard drives and cooling fans, mobile phone vibration motors.

• Office Equipment: Printers and copiers.

• Medical Devices: Various precision surgical tools and equipment.

• Single-phase motors use single-phase AC power, resulting in a simple structure and low cost. They are mostly low-power models, suitable for small machinery and other applications where high power output is not required.
• Three-phase motors operate on three-phase AC power, offering stable operation, high efficiency, and strong load-bearing capacity. They have a wide power range (from hundreds of watts to hundreds of kilowatts), good starting performance, and are the mainstay motors in industrial production, commonly used in pumps, fans, machine tools, conveyor belts, and other general-purpose machinery.
• DC motors are driven by DC power, achieving continuous rotation through a commutator. They offer excellent speed control performance (flexible speed adjustment via voltage and magnet adjustment), high starting torque, and are suitable for applications requiring precise speed control and high starting torque, such as machine tool servo systems and power sources for small equipment.
• Stepper motors convert electrical pulse signals into angular/linear displacement, performing "one step, one movement." They offer high positioning accuracy and fast response, enabling open-loop control without feedback, and are commonly used in printers, CNC machine tools, positioning mechanisms in automated equipment, and robot joints.
• Stainless Steel Motor: Made of stainless steel for both the outer shell and core components, offering excellent corrosion resistance, rust prevention, and water resistance. Suitable for harsh environments such as humid, acidic, alkaline, and dusty conditions, and commonly used in food processing equipment, chemical machinery, water treatment equipment, marine environment equipment, and other applications requiring material protection.
• Vibration Motor: Generates directional vibration through the rotation of an eccentric block. The vibration frequency and amplitude are adjustable. With a robust structure and high vibration resistance, it is the core power source for vibrating equipment, suitable for industrial equipment such as vibrating screens, vibrating feeders, vibrating conveyors, and vibrating molding machines.