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  • Small Electric Micro DC Vibrator Motor Low Voltage Permanent Magnet Massage Smart Home Appliance with Brush Commutation CW
  • Small Electric Micro DC Vibrator Motor Low Voltage Permanent Magnet Massage Smart Home Appliance with Brush Commutation CW
  • Small Electric Micro DC Vibrator Motor Low Voltage Permanent Magnet Massage Smart Home Appliance with Brush Commutation CW
  • Small Electric Micro DC Vibrator Motor Low Voltage Permanent Magnet Massage Smart Home Appliance with Brush Commutation CW
  • Small Electric Micro DC Vibrator Motor Low Voltage Permanent Magnet Massage Smart Home Appliance with Brush Commutation CW
  • Small Electric Micro DC Vibrator Motor Low Voltage Permanent Magnet Massage Smart Home Appliance with Brush Commutation CW
Small Electric Micro DC Vibrator Motor Low Voltage Permanent Magnet Massage Smart Home Appliance with Brush Commutation CW

Small Electric Micro DC Vibrator Motor Low Voltage Permanent Magnet Massage Smart Home Appliance with Brush Commutation CW

  • 1000 - 4999 Pieces
    $6
  • 5000 - 9999 Pieces
    $5
  • >= 10000 Pieces
    $4

Customization:

Customized logo（Min.Order: 1000 pieces）
Customized packaging（Min.Order: 1000 pieces）
Graphic customization（Min.Order: 1000 pieces）
View product details

Small Electric Micro DC Vibrator Motor Low Voltage Permanent Magnet Massage Smart Home Appliance with Brush Commutation CW

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Vibration Generation: Designed to produce precise, high-torque vibrations for applications like massage appliances, haptic feedback devices, and mechanical actuators.
  • Efficient Energy Use: Low-voltage operation (brush commutation) ensures reliable performance with minimal power consumption, ideal for battery-powered or smart home systems.

Key features

  • 1. Enhanced Magnetic Performance with Neodymium Magnets

    • With high-strength neodymium magnets arranged in a linear configuration, achieve powerful magnetic force for precise control and high torque in applications like robotics or electric vehicles. This design provides ~30% stronger magnetic output compared to traditional ferrite magnet motors*.

  • 2. Brush Commutation for Reliable Operation

    • With brush commutation technology, ensure smooth, consistent rotation and easy integration into mechanical systems. Unlike brushless motors, this design simplifies installation and reduces upfront costs for small appliances like massage devices*.

  • 3. High-Speed Performance with IE1 Efficiency

    • With a 4000 RPM rotation speed and IE1 energy efficiency rating, deliver rapid vibration output while optimizing power consumption. This balances speed and energy use better than lower-tier DC motors lacking efficiency certifications*.

  • 4. Customizable Design for Diverse Applications

    • Designed with adjustable magnet arrangements and modular mounting holes, adapt this motor to fit compact spaces or specialized systems. Ideal for both home appliances (e.g., massage tools) and industrial uses (e.g., robotics), offering greater versatility than fixed-design alternatives*.

  • 5. EU Compliance for Safety and Sustainability

    • Certified under EU 2015/863 and EC1907/2006 standards, ensure compliance with strict safety and environmental regulations. This guarantees safer material use and reduced ecological impact compared to non-certified motors*.

Product details

Small Electric Micro DC Vibrator Motor Low Voltage Permanent Magnet Massage Smart Home Appliance with Brush Commutation CW

The Small Electric Micro DC Vibrator Motor is a compact, low-voltage permanent magnet motor designed for precision applications in massage devices and smart home appliances. Equipped with brush commutation and a CW rotation direction, it delivers reliable performance at 4000 RPM. The motor’s cylindrical design features neodymium magnets on its shaft, enhancing magnetic field strength for precise control and high torque output. Certified to EU standards (2015/863, EC1907/2006), it ensures compliance with environmental and safety regulations.

Technical specifications

FeatureSpecificationBenefit
CertificationEU 2015/863, EC1907/2006Ensures environmental and safety compliance
Commutation TypeBrushCost-effective, reliable operation
Efficiency ClassIE1Standard energy efficiency for low-power use
Motor TypeVibration MotorOptimized for vibration-based applications
Rotation DirectionCW (Clockwise)Predictable and controlled motion
Speed (RPM)4000 RPMHigh-speed performance for responsive use

Customization guide

Adjust the number/arrangement of neodymium magnets to fine-tune torque output for specific applications. Customize the shaft length and mounting holes to integrate seamlessly into mechanical systems.

Get inspired

With its strong magnetic field and compact design, this motor is ideal for smart home appliances requiring precise vibration control (e.g., massage devices, haptic feedback systems). The brush commutation ensures durability in low-voltage environments, while the CW rotation direction simplifies integration into directional systems.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Torque (N·cm)0.5+20% (0.6)+40% (0.7)*
EfficiencyIE1IE2IE3
RPM4000+15% (4600)+30% (5200)*

Supplier's note

  1. Technical Breakthroughs:

    • Neodymium Magnets: Enhance magnetic field strength by 30% compared to standard ferrite magnets, enabling precise control in robotics and haptic devices.
    • Brush Commutation: Reduces maintenance costs by 25% versus sensorless designs while maintaining reliability.
    • EU Compliance: Meets stringent environmental standards, reducing regulatory barriers for global deployment.

  2. Version Selection Guidance:

    • Base Model: Ideal for basic massage appliances or low-torque smart home systems (e.g., vibration alerts).
    • Advanced Model: Suitable for mid-tier applications requiring 20% higher torque (e.g., industrial haptic interfaces).
    • Pro Model: Optimized for high-performance use cases like robotics actuators or medical devices, offering 30% faster RPM and 40% greater torque than the base model.

*Comparative values reflect improvements over the Base Model.

Frequently asked questions

  • Which vibration motor is best suited for low-voltage smart home appliances?

  • How do I maintain a DC vibration motor with brush commutation?

  • Neodymium vs Standard Magnets: Which improves vibration efficiency in motors?

  • Can this DC motor's magnet arrangement be customized for robotics applications?

  • Is this vibration motor compliant with EU RoHS and REACH standards?

  • What applications suit a 4000 RPM clockwise DC vibration motor?

  • How does brush commutation affect the efficiency of this vibration motor?

  • Does the metallic casing ensure durability for industrial vibration systems?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Vibration MotorMassage devices, smart home appliancesSpeed: 3000 RPM (Industry) ▲ 4000 RPM (Our Base) ▲ 5000 RPM (Our Advanced) (IEC 60034-1)
Certifications: EU 2015/863 (EMC) ▲ EU 2015/863 + EC1907/2006 (Our Base/Advanced) (Compliance with EU directives)		High vibration output, cost-effective, EU-certified safetyShort lifespan due to brushes (brushed commutation wear)
Brushed DC MotorToys, small appliancesEfficiency: IE1 (Industry) ▲ IE1 (Our Base) ▲ IE2 (Our Advanced) (IEC 60034-30-1)
Rotation: CW (Standard)		Simple design, low cost, reliable for basic applicationsRequires periodic brush replacement, noise from commutation (43 dBA)
Brushless DC MotorDrones, electric vehiclesEfficiency: IE2 (Industry) ▲ IE2 (Our Base) ▲ IE3 (Our Advanced) (IEC 60034-30-1)
Speed: 5000 RPM (Industry) ▲ 6000 RPM (Our Advanced) (ISO 9241)		High efficiency, no brushes (longer lifespan), compact designHigher upfront cost, complex control systems (requires electronic drivers)
Stepper Motor3D printers, roboticsStep Angle: 1.8° (Industry) ▲ 1.8° (Our Base) ▲ 0.9° (Our Advanced) (ISO 9411)
Torque: 5 Nm (Industry) ▲ 8 Nm (Our Advanced) (ISO 9411)		Precise positioning, open-loop control, silent operation (28 dBA)Limited speed, higher cost for high-precision versions, power-hungry
Servo MotorIndustrial automation, roboticsTorque: 10 Nm (Industry) ▲ 12 Nm (Our Base) ▲ 15 Nm (Our Advanced) (ISO 9411)
Response Time: 200 ms (Industry) ▲ 150 ms (Our Advanced) (IEC 61131-3)		High torque, fast response, programmable controlExpensive, requires complex feedback systems (encoder-based)
Linear Actuator MotorAutomotive, medical devicesStroke Length: 200 mm (Industry) ▲ 250 mm (Our Base) ▲ 300 mm (Our Advanced) (ISO 3344)
Force Output: 500 N (Industry) ▲ 700 N (Our Advanced) (ISO 13374)		Compact, reliable linear motion, low maintenanceLimited stroke length unless advanced, slower speed compared to rotary motors

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