// Factory Direct//

Z/X Axis Linear Vibration Motors

Linear Vibration Motors Source Manufacturer

  • Z-axis or X-axis Linear Resonant Actuator.
  • Faster Response Time And Longer Life Time.
  • More Commonly Used In Light Weight Wearable Devices.
  • Good Price & High Quality, Industrial Experts Support For Free.
  • Design Company’s Good Partner, Fast Response In 8 Hours.

We manufacture coin vibration motors in many different technologies. such as ERM type, Linear Resonant Actuators (LRA) type and BLDC brushless type. Z – axis, X -axis directions vibration. Linear vibration motors working request a haptic motor driver. You can add meaningful feedback from your devices using the Haptic Motor Driver and an Arduino compatible device.

linear-resonance-actuator-X-axis

Check All Our Linear Vibration Motors

MOQ 1+ Quantity For Programmable Prototype | OEM & ODM services | Variety Finished Motors In Stock, No Need To Customize | Free Assemble Cables/Connectors | Get a Quote within 8 hours | Fast Worldwide DHL Shipping | On Time & To Spec

Small DC Motors Are Used In These Areas

Affected by the new crown epidemic, many customers are unable to visit the factory. For this reason, we have produced a live production video of the factory, which can take you to visit the factory.
tiny-vibration-motor-application

Health Care Appliance

Tiny Vibration Motor Brushless Type Model NFP-WS0625 Used For Infrared Thermometer
linear-vibration-motor-used-in-dive-computer

Dive Watch Touch Screen

NFP-ELV0832B 235Hz Using in Sheawater Dive Computer Z-direction Feedback.
small-vibration-motors-used-for-laserwar-application

Laser Tag Equipment

Encapsulated vibration motor model NFP-E0724 using in Simulation Gun.
pager-motor-used-in-football-game

Gaming System Alerting

NFP-P0612 Pager motor used for Referee System RPS2156 for alerting.
smt-small-vibration-motors-used-in-smart-ring

Smart Ring For Emergency

NFP-RF2323 PCB SMD reflow vibration motors using in smart ring for emergency.
linear-resonance-actuator-nfp-elv0832b-using-in-wearable-device-lief-for-stress-relief

Lief Smart

Coin vibration motor NFP-C1020 using in wearable device to figth stress.
linear-vibration-motor-used-in-sunu

Sonar Smartwatch

NFP-ELV1411A linear vibration motor using in wearable device for haptic feedback
elv0832b-235Hz-linear-vibration-motor-using-in-mouse

Swiftpoint Z Mouse

Linear resonant actuator NFP-ELV0832B 235Hz used to offer vibration feedback.
smart-uv-monitors-stay-safe-coin-vibration-motors

UV Monitor Shade

The Shade sensor automatically transmits your UV exposure.

What Kind Of Linear Vibration Motor We Produce

Linear vibration motor provides faster response time and longer lifetime when comparing with ERMs. Linear resonant actuator is more commonly used in handsets, wearable vibration, mobile phone vibration.
Moreover, these haptic motors are capable of vibrating at a more steady frequency with less power consumption, delivering better quality for the handset haptics experience. The Z-axis direction linear vibration motor model NFP-ELV0832B provides vibration feedback through electromagnetic force and resonance mode created by sine wave-generated vibrations.
We support the custom design of wire length or with/without connectors, MOQ 100pcs.
In order to let customers better understand the push button feedback device. For product prototype stage test, NFP-Motor provides free 10units linear vibration motor for testing, only need to pay for the shipping fee, next day shipping, 3- 4 days to worldwide by DHL door to door. Generally the linear resonant actuators have a quite narrow resonant frequency. The narrow resonance is the behavior of the spring and mass that is inside the LRA vibration motor. An LRA will have a resonance at one frequency with a steep drop on either side. Thanks to TI’s auto-resonance algorithm dynamically determines the resonance frequency as the actuator is vibrating. To learn more…

NFP-Motor
Privacy Overview

This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.