🔬 Vibration Test System – How It Actually Works

In real applications, products are exposed to continuous vibration during transport and operation. At OBSNAP, our vibration test system is designed to replicate these conditions in a controlled and measurable way.

⚙️ Working Principle
An electrodynamic shaker converts electrical signals into mechanical motion. By controlling:
• Frequency (Hz)
• Acceleration (g)
• Displacement (mm)

we simulate real-world vibration profiles such as sine sweep and random vibration.

📊 Measurement & Control
Accelerometers are mounted on the fixture or sample to measure actual response. A closed-loop system continuously compares input vs output signal to ensure precise vibration levels throughout the test.

🔍 What we detect
• Resonance points (critical frequencies)
• Structural issues (loosen, crack, deformation)
• Functional performance under vibration
• Fatigue behaviour over repeated cycles

At OBSNAP, we support vibration testing to help validate product reliability before it reaches real-world conditions.

📩 Reach out to us for your testing requirements or technical discussion.
Amira- 0173129979 
Thaya- 01111639979

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