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    Microflown Technologies

    Develops innovative acoustic testing solutions for 3D sound localization, quantification, and automated quality control, integrating particle velocity and sound intensity probes with machine learning and AI.

    NLNetherlands·Founded 1998
    Headquarters
    🇳🇱Netherlands
    Data Hosting
    Netherlands
    Structure
    Independent
    Compliance
    ▣GDPR◆EU HQ▦EU Data

    Microflown Technologies key facts

    Last updated
    Legal entity
    Microflown Technologies BV
    Headquarters
    Netherlands (NL)
    Ownership
    Independent
    Founded
    1998
    Data hosting
    Netherlands
    Infrastructure
    In-house/Private (Manufacturing)
    Deployment
    SaaS
    Open source
    No
    US Cloud Act exposure
    Low (no US parent)
    Replaces
    Brüel & Kjær (HBK), Siemens Simcenter (LMS), Gfai Tech (Acoustic Camera)

    About Microflown Technologies

    Founded in 1998 as a spin-off from the University of Twente, Microflown Technologies is a Dutch deep-tech company that commercialized the world's first particle velocity sensor. Unlike traditional microphones that measure sound pressure, Microflown's sensors directly measure the physical movement of air particles using MEMS (Micro-Electro-Mechanical Systems) technology. The company provides a full stack of acoustic testing solutions, including the sensors, specialized hardware interfaces, and visualization software. Their 'Scan&Paint' system allows engineers to visually map noise sources in real-time, which is critical for the automotive and aerospace industries during R&D and quality control. All hardware development and manufacturing are conducted in-house at their headquarters in Arnhem, Netherlands, utilizing clean-room environments.

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    EnterprisePublic SectorEducation

    Deployment Options

    SaaS

    Hosting & Security

    Infrastructure

    In-house/Private (Manufacturing)

    Key Features

    Particle velocity sensor technology
    2D and 3D sound visualization (Scan&Paint 3D)
    Noise quantification and source localization
    End-of-line quality control testing
    Surface impedance measurement
    Absorption coefficient assessment
    Portable acoustic measurement (Voyager platform)
    Robotic acoustic scanning automated testing

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