Vibration voice coil motors are widely used in aerospace for their high frequency response, precise excitation, stable performance, and strong environmental resistance. They provide controllable and reliable vibration stimulation for environmental testing, modal analysis, and durability verification of satellites, airborne equipment, avionic instruments, and missile components. With direct drive, zero backlash, and high dynamic linearity, they deliver accurate sinusoidal, random, and shock vibration outputs that meet strict aerospace testing standards. These motors also support micro-vibration control, attitude adjustment, optical stabilization, and pipeline damping for spacecraft and aircraft. Compact, rugged, and maintenance‑free, they operate reliably in extreme conditions including wide temperature ranges, high vibration, and vacuum environments. As a key actuation component, vibration voice coil motors improve testing accuracy, ensure structural reliability, and enhance the stability and safety of aerospace systems throughout development, launch, and in‑orbit operation.
Applications:
Vibrating voice coil motors are ideal for applications requiring precise vibration control and stability. They are widely used across various industries, including yachts, automobiles, electric bicycles, 3D printing, microscopes, robotics, medical ventilators, and optical projects. Additionally, they are utilized in applications such as medical devices and robotics. Key features of vibration motors include high power, compact size, lightweight design, low noise, high vibration frequency, good responsiveness, excellent stability, and high-precision vibration control. With their high precision and wide voltage range, these motors can be applied in various scenarios such as vibration testing, vibration isolation, vibration suppression, and vibration control. Vibration motors provide reliable and cost-effective solutions for vibration control and power generation. They are easy to install and maintain, and are available in a variety of sizes and power ratings to meet the needs of various applications.
Technical Parameters:
Winding constant
|
VALUE
|
UNIT
|
| DC resistance |
10.2 |
Ω |
Voltage @ Fp
|
25.9 |
V |
Current @ Fp
|
2.6 |
A |
Inductance
|
1.3 |
mH |
Peak force
|
20.5 |
N |
Con force
|
8.9 |
N |
Actuator constant
|
2.55 |
Ka |
Power @ Fp
|
65.3 |
W |
Total stroke
|
3 |
mm |
Max winding temp
|
150 |
ºC |
Actuator weight
|
110 |
g |
