The acoustic resonance inspection method is an advanced non-destructive testing (NDT) solution used to evaluate the dynamic properties and quality of dynamic dampers. This system applies a standardized excitation force to the damper and captures its acoustic response to analyze resonance frequencies, thereby detecting defects such as imbalance, structural damage, or material inconsistencies.

Features and Benefits:

• Precise vibration assessment – Identifies anomalies such as uneven stiffness, structural deviations, or manufacturing defects.
• Non-destructive testing (NDT) – Ensures the damper remains intact during inspection.
• Automated measurement system – Accurately analyzes acoustic signals and resonance frequencies.
• Enhanced quality control – Enables early defect detection to ensure optimal damper performance in real-world applications.

This technology is widely adopted in the automotive and precision engineering industries to inspect and verify damper performance before deployment.