Microflown Near-Field Acoustic Camera

Unparalleled low-frequency sound localization in the near-field
The Microflown Acoustic Camera employs advanced algorithms for precise transient noise visualization. Through near-field acoustic holography, it reconstructs the emitted sound field, ensuring a consistent spatial resolution across the entire audible frequency range. Each probe in the array contains a microphone and a particle velocity sensor, capturing essential data for tackling complex acoustic challenges. This array benefits from measuring near the sources, ensuring high spatial resolution results even for low frequencies.

SOUND SOURCE LOCALIZATION AND QUANTIFICATION OF ACOUSTIC EMISSION
The near-field acoustic camera effectively analyzes and localizes complex sound sources. Thanks to the physical properties of particle velocity, our systems are robust against high levels of background noise. Therefore, we can derive accurate sound intensity and sound power results, even in testing environments with a high sound pressure to sound intensity ratio (P/I index). This distinctive property positions our system as an outstanding engineering resource for troubleshooting, benchmarking, or quality assurance of various objects in their target environment.

An Acoustic Camera with Multiple sensor array configurations
Our Near-field Acoustic Camera offers several hardware accessories and grids suitable for any challenge. Its versatility ranges from custom configurable setups, surface mounted probes to state-of-the-art handheld array solutions.

Sensor Arrays – click here

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