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    All about Blender Motor Applications in the Kitchen!

    2025-04-30 14:52:37 0

    Motors are critical in household kitchen appliances. For instance, microwave ovens use electric motors to facilitate the rotation of the turntable, while dishwashers use motors to ensure powerful water pumping. In this article, Power Motor will focus on one important type of kitchen motor, the blender motor, which is commonly applied in blenders and food processors, to give an in-depth introduction.

    blender motor application.jpg

     

    Common Types of Blender Motors

    Blender electric motors come in various types, each designed to meet specific performance and application needs. Here, we explore 3 common types.

    1. Induction Motors

    Induction motors use alternating current and have a comparatively simple structure. Depending on the type, there are single-phase induction motors that are commonly utilized in household blenders and three-phase induction motors that can be found in commercial blenders.

    2. Universal Motors

    Universal motors can operate on AC or DC power. Similar to induction motors, single-phase universal motors are ideal for home blenders; meanwhile, three-phase universal motors are often recommended for commercial applications. Additionally, there are brushed universal motors that are excellent for intensive blending tasks and brushless universal motors that feature quiet operation and a longer lifespan.

    Universal Motors for Blenders from Power Motor:

    Mature Blender Motor 220V AC Universal Motor

    This 220 V AC universal motor is a high-speed blender electric motor example. It features a speed of 22,000 rpm and a torque of 800 mN·m, perfect for creating ultra-smooth blends. Additionally, its other highlights include long service life, high efficiency, and low cost.

    High-Speed Blender AC Universal Motor

    This 1270 W blender electric motor is a high-power option that enables quick work of blending tasks. It can be designed to work under a voltage range from 100 to 230 V. Plus, it comes with a torque of 827 mN·m and a high-speed capability of 15,000 RPM.

    3. DC Motors

    DC motors run on DC power, typically from battery power or induction charging. The hand blender is one good example of DC motor blenders that utilize portable and powerful DC motors. DC motors for blenders can also be designed to be robust enough to handle tough blending tasks, as those used in stationary blenders. They ensure precise speed control with a high torque-to-weight ratio.

    Hand blender motor mixer motor 230V DC motor PT-7912 series.jpg

    DC Motors for Blenders from Power Motor:

    Brushless DC Motor for High-Speed Blender

    This 1402 W brushless DC motor for the blender operates at low noise and can run continuously without generating too much heat. Moreover, it delivers a torque of 820 mN·m and a high operation speed of 16,328 rpm.

    Hand Blender Motor Mixer Motor DC Motor

    This hand blender motor is one of the popular blender motors at Power Motor. Within its compact design, it is equipped with a torque of 270 mN·m and a top speed of 13,300 RPM, ideal for quick and efficient processing.

    New Cordless Hand Blender DC Motor

    The New Cordless Hand Blender DC Motor is newly introduced to enhance both user experience and blending effectiveness. Specifically, this motor features high efficiency, compact design, and robust torque, offering wireless convenience while delivering exceptional performance.

     

    How to Choose Blender Electric Motors

    Choosing the right blender motors is critical to meet the intended performance, efficiency, and durability needs of the product. The following are some common factors you need to consider.

    1. Power Needs: The motor's power should align with the blender's application, whether it's basic blending or heavy-duty tasks.

    2. Speed Consideration: High-speed motors are essential for applications requiring fine blending and smooth textures.

    3. Durability: Motors should withstand prolonged usage without compromising performance.

    4. Efficiency and Noise Level: Energy-efficient motors with minimal noise enhance user experience and sustainability.

    5. Size and Weight: Compact and lightweight motors are vital for portable or hand-held blender designs.

     

    Conclusion

    Here, we basically end the discussion of blender motors. Power Motor stands out as a leading provider of high-quality blender power motors. We work on manufacturing more compact, quieter, and durable blender electric motors that provide reliable performance in both low-speed and high-speed modes. Contact Power Motor if you are looking for powerful motors for your blender products. We have an extensive product portfolio and expertise in OEM and ODM services. 

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