Precise Measurement of Sound & Vibrations

Analysis of sound and vibration characteristics as well as material properties to optimize your projects.

No Chance for Echoing Spaces

Reverberation Time Measurement

Reverberation time is a key factor in room acoustics, determining how sound behaves in a space. Using precise measurement methods according to DIN 3382, we analyze sound decay to assess the acoustic quality of rooms, halls, and workspaces. Based on the measurement results, we develop a customized acoustic concept in accordance with DIN 18041 and VDI 2569 and provide tailored solutions for optimal room design.

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Ein Mikrofon in einem Büro zur Messung der Nachhallzeit / A microphone standing within an office to measure the reverberation time.
Akustikkamera vor Wärmepumpe / Acoustic Camera in Front of Heat Pump

Precise Source Identification with Advanced Technology

Noise Localization with Acoustic Camera

With an acoustic camera, we make noise sources visible! Using high-resolution beamforming technology, we locate disturbing noises in real time – efficiently and precisely. Whether in buildings, machines, or industrial plants, precise source identification is key to targeted noise reduction and acoustic product optimization.

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Non-Contact Vibration Analysis for Maximum Precision

Laser Vibrometry

Laser vibrometry enables precise measurement of surface vibrations – non-contact, fast, and highly accurate. It is ideal for research, development, and quality assurance. Using state-of-the-art laser vibrometers, we can scan entire structures and detect even the smallest vibrations. This information is essential for optimizing structural dynamics – leading to quieter and more efficient products.

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Laservibrometer von Optomet / Laser Vibrometer by Optomet
2
s

is the approximate measurement time for a single targeted measurement point.

1
day

should be scheduled for an LSV measurement, including setup.

Kompressor mit B-Sensoren / Compressor with acceleration sensors

Understanding Structure-Borne Noise – Preventing Noise at the Source

Structure-Borne Noise & Transfer Path Analysis

From vibration to noise source: With structure-borne noise measurements and transfer path analysis, we identify how sound propagates through structures. Our precise measurement methods help effectively reduce noise and acoustically optimize products. Ideal for mechanical engineering and vehicle acoustics – ensuring efficient noise minimization.

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Silence Begins with Proper Insulation

Sound Insulation Measurement

Good sound insulation creates pleasant spaces. Using targeted measurements in accordance with relevant standards such as DIN 4109 and VDI 4100 (building acoustics) as well as DIN EN ISO 16283 (sound insulation in buildings), we determine how effectively walls, ceilings, and components block sound. The results provide clear insights for optimizing residential buildings, offices, and commercial properties – improving working conditions, productivity, and living comfort.

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Wand mit Schaumstoff zur Schalldämmung / Wall with Foam for Sound Insulation
53
dB

sound insulation is required between apartments according to DIN standards.

15
dB

of additional sound insulation can already be achieved with acoustic curtains.

Schallintensitätsmessung vor Wärmepumpe / Sound Intensity Measurement in Front of Heat Pump

Accurately Capturing Sound Propagation

Sound Intensity & Sound Power in the Field

How much sound is actually emitted and in which direction? With standardized sound intensity and sound power measurements in the field (e.g., DIN EN ISO 9614), we capture acoustic emissions in real-world environments. Understanding radiated sound power is essential for noise reduction and acoustic optimization of technical products and their environmental impact.

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Material Properties for Optimal Acoustics

Determination of Acoustic Material Parameters

Whether absorption coefficient, frequency-dependent damping, or airflow resistance – the acoustic properties of materials are crucial for predictions in product development and construction. Using advanced measurement techniques (including DIN EN ISO 10534-2, ASTM E2611), we analyze their behavior and assist in developing new solutions. This ensures perfect acoustics with precisely tuned material performance.

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Schaumstoff-Absorber in Nahaufnahme / Foam Absorber in Close-Up

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Didn't find your specific measurement? We can still make it happen!

With our strong partner network, we offer far more than the measurements listed here. Whether it's standardized acoustic testing or specialized measurement procedures – we’ll find the right solution for your project.

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