Low Rpm 2.4v 3.7v 5v Dc Electric Mini Vibration Motor for Beauty Apparatus and Motors for Sexual Vibrators

Product Description

Promotion
Low Rpm 2.4v 3.7v 5v Dc Electric Mini Vibration Motor
Low Rpm 2.4v 3.7v 5v Dc Electric Mini Vibration Motor
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Our motors have long life, high efficiency and good stability. Insert the drive inside the motor to capture data more accurately.

Low Rpm 2.4v 3.7v 5v Dc Electric Mini Vibration Motor Dimensions
MODEL RATED NO LOAD RATED STALL
VOLTAGE SPEED CURRENT SPEED CURRENT CURRENT
V r/min mA r/min mA mA
0724 1.5 19900 45 17600 108 480
0724 5 20000 33 18500 65 400
0724 3 25300 28 21300 89 370
Low Rpm Dc Electric Mini Vibration Motor Product Range
Application
Mini Vibration Motor Application Overview
Vibration Motor Application 1 Vibration Motor Application 2 Vibration Motor Application 3 Vibration Motor Application 4 Vibration Motor Application 5
Frequently Asked Questions

What are the main applications of this mini vibration motor?

These micro vibration motors are widely used in beauty apparatus, personal care devices, facial massagers, health monitoring instruments, and small electronic products requiring tactile feedback.

What voltage options are available for this motor series?

We offer multiple voltage configurations including 2.4V, 3.7V, and 5V. Different voltage levels correspond to specific speed and current profiles as detailed in our specifications table.

How does the integrated drive within the motor improve performance?

By inserting the drive inside the motor housing, the system achieves more accurate data capture, cleaner response patterns, and enhanced overall operational stability with high efficiency.

Can these vibration motors operate at low RPM?

Yes, these DC electric mini motors are optimized to provide stable vibration frequencies even at low RPM ranges, ensuring comfortable usage in beauty and massage devices.

What is the lifespan and reliability of these micro motors?

Our motors are engineered using high-quality materials to ensure long service life, consistent heat dissipation, and superior reliability under standard working loads.

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