AI Glasses Vibration Motor Manufacturer
With AI technology advancing rapidly, smart glasses are moving from sci-fi concepts to everyday essentials. To integrate a vibration motor into the extremely limited space of eyeglass frames for haptic feedback and human-machine interaction, choosing the right micro vibration motor is critical. LEADER Microelectronics, a well-known name in China’s micro motor industry, offers robust core power solutions for AI glasses, thanks to its deep expertise in miniaturization, low power consumption, and long lifespan.
1. Key Role of Vibration Motors in AI Glasses
The primary job of the vibration motor is to deliver precise haptic feedback. When the AI glasses detect abnormal head posture while reading or writing – such as tilting sideways or bending too low – the motor activates and alerts the user with vibrations. This alert method is discreet, non-disruptive, and ensures the user receives timely posture correction, creating an efficient human-machine interaction loop.
2. The Challenge of Size Constraints
Lightweight design is a top priority for users. Given the slim frame space, the motor’s dimensions become the first design consideration. Balancing "ultra-small size" with "stable performance" is a challenge every AI glasses hardware team must tackle.
To meet this need, LEADER has introduced two BLDC vibration motors designed specifically for AI smart glasses – the LBM0518 and LBM0525. Key specs below:
- Diameter reduced to the current process limit of just 5mm.
- Thicknesses of 2.5mm and 1.8mm – ideal for projects with strict dimensional requirements.
Both models use a Hall-IC-based BLDC design instead of the brushed commutator found in traditional rotor motors. This greatly reduces internal space, eliminates friction between brushes and commutator, and significantly extends service life. As a result, overall performance and reliability are far superior to conventional rotor motors.
|
Model No. |
LBM0525 |
LBM0518 |
|
Motor Type |
BLDC |
BLDC |
|
Size (mm) |
Φ5*T2.5 |
Φ5*T1.8 |
|
Rotation Direction |
CW(clockwise) ，Lead Wire Red (+), Blue (-) |
|
|
Vibration Force (G) |
0.30G Min（PEAK）；30g Jig |
0.1G Min（PEAK）；30g Jig |
|
Votage Range（V） |
2.7-3.8 |
2.7-3.8 |
|
Rated Voltage（V） |
3.0 |
3.0 |
|
Current (mA) |
≤80 |
≤80 |
|
Speed (RPM) |
12000rpm Min |
12000rpm Min |
|
Life |
1 cycle=2s on,1s off； 250000 cycles （Allow recoverable stopping of vibration up to 6 times） |
1 cycle=2s on,1s off； 250000 cycles （Allow recoverable stopping of vibration up to 6 times） |
With nearly two decades of experience in micro motors, LEADER has delivered mature, reliable solutions to the global smart wearables market. Whether you’re in the R&D validation phase or mass production, LEADER’s rich product portfolio and technical expertise help developers strike the perfect balance between performance, space utilization, and battery life
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