September 19, 2016



Microflow can directly measure at one spot the sound pressure and acoustic particle velocity. Any sound field is described by two complementary acoustic properties, the scalar value 'sound pressure' and the vector value 'particle velocity'. In the acoustic near field, acoustic particle velocity is the dominant acoustic property. The Microflow is the only sensor which physically can measure the acoustic particle velocity directly.  It can be used for a variety of applications but is mainly used in situations when size is important. The properties like sound intensity, sound power, acoustic absorption can be measured under a very high spatial resolution on small objects as for example laptop or cellphones. Or for example when the sound power output of cars dashboard needs to be determined, the part where the front window comes close  to the dashboard and thus space is limited.

Beneficial of the measurement principle is that measurement can be done in-situ under realistic condition.  The sensors  have no need to create anechoic conditions and can be used within closed cavities, such as a car interior, the sensor is not having  P/I ( pressure over intensity ) index problems.  


LMS Test.Lab

LMS Test.Lab

LMS Test.Lab offers a complete portfolio for noise and vibration testing, including solutions for acoustic, rotating machinery, and structural testing, environmental testing, vibration control, reporting and data management. With its unified interface and seamless data-sharing capability between different applications, LMS Test.Lab offers users tremendous efficiency gains with the added benefit of real ease-of-use. In addition, the LMS Test.Lab solution can handle standard, repetitive tests as well as more advanced troubleshooting in one single software and hardware package. This guarantees maximum scalability and optimal investment protection. More...


LMS Test.Lab-4

PSV 400 Scanning Vibrometers


PSV 400 Scanning Vibrometers provide cutting edge measurement technology for the analysis and visualization of structural vibrations. Entire surfaces can be rapidly scanned and automatically probed with flexible and interactively created measurement grids, zero mass loading and no timeconsuming transducer mounting, wiring and signal conditioning. The PSV-400 offers technical excellence, ease of use and features, designed for resolving noise and vibration issues in the automotive, aerospace, data storage, micro systems, commercial manufacturing and R&D markets. More...



Our Vibration Lab

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