Noise Source Investigation with an Acoustic Camera
Identify and locate dominant noise sources using acoustic camera technology. We visualise where noise is coming from and help determine the most effective measures to reduce it.
Acoustic Camera Technology
How Does an Acoustic Camera Work?
An acoustic camera uses an array of microphones and advanced beamforming technology to locate the source of sound.
The system combines acoustic data with a real-time image of the inspected area, creating a visual noise map that shows which parts of a machine, duct, wall, or other structure generate the most noise.
Unlike a conventional sound level meter, which tells you how loud a location is, an acoustic camera helps show where the noise is coming from.
This makes it particularly useful when several potential noise sources are operating at the same time or when the source of a complaint is difficult to identify.
Deliverables
What You Get
Depending on the project scope, an acoustic-camera investigation can provide:
- Visual noise maps showing the location of dominant noise sources
- Images and recordings documenting identified sources
- Identification and ranking of significant noise sources
- Analysis of specific equipment, structures or components
- Practical recommendations for reducing excessive noise
- Before-and-after comparison to assess the effectiveness of implemented measures
- Technical reporting documenting the investigation and findings
Pricing
How Much Does an Acoustic-Camera Investigation Cost?
The cost depends on the size and complexity of the site, number of potential noise sources, investigation scope and whether a detailed report and recommendations are required.
We review your project requirements first and confirm the scope and price before the investigation begins.
Comparison
When to Use an Acoustic Camera versus a Standard Noise Measurement
*Often, the two methods work together: noise measurements establish the measured noise level, while the acoustic camera helps identify which source is contributing to it.
Not sure which one do you need?
Contact usThe Process
How It Works – From First Contact to Report
Tell Us About the Problem
Share the location, suspected noise source and purpose of the investigation.
Define the Investigation
We review available information, previous measurements and, where relevant, existing acoustic models.
Investigate On Site
Our specialists use the acoustic camera and calibrated measurement equipment to scan the relevant areas and identify dominant sources.
Analyse the Findings
We identify and assess significant noise sources and, where appropriate, compare the findings with existing measurements or acoustic models.
Receive the Results
You receive the investigation findings, visual source maps and, where included in the scope, practical noise-reduction recommendations.
Use Cases
When Is an Acoustic Camera Useful?
Industrial Facilities
Identify dominant noise sources when multiple machines, processes or pieces of equipment are operating simultaneously.
Engineering Systems
Locate noise from ventilation, refrigeration, pumps, fans, ducts and other fixed equipment.
Difficult Noise Complaints
Investigate situations where the source of excessive noise is unclear or several possible sources exist.
Noise Reduction Projects
Identify the source before installing a solution and verify whether a noise-reduction measure has achieved the intended result.
Acoustic Modelling Projects
Use source-location information to support the assessment or refinement of an existing acoustic model where appropriate.
Advanced Acoustic Camera Technology
We were the first laboratory in Lithuania to use a wide-spectrum acoustic camera, providing an advanced tool for locating and analysing complex noise sources.
Wide-spectrum beamforming
Advanced microphone-array technology locates noise sources with precision.
First in Lithuania
Pioneering acoustic camera adoption for complex noise investigations.
Visual noise mapping
Real-time colour noise maps overlaid on imagery of the inspected area.
Complex source analysis
Identifies individual sources even when multiple are operating at once.
Need to Find the Source of a Noise Problem?
Contact us and get a consultation and a quote for your project. We reply within one working day.
FAQ