Achieve superior product acoustics through collaborative engineering, advanced simulation tools, and lab testing tailored to your product’s design and use.
Product Acoustic Engineering for Performance and Precision
From consumer electronics to transportation systems, acoustic performance plays a key role in product quality and user experience. At Mecanum, we go beyond standard testing—we co-develop acoustic solutions that align with your functional, technical, and financial constraints.
Why Partner with Mecanum for a R&D Project?
Advanced Acoustic Testing Facilities
Leverage our independent acoustic lab, complete with high-end measurement tools and simulation software to optimize your product acoustics—from R&D to final validation.
Complete Testing Ecosystem
We offer a modular test cabin for early-phase evaluations and access to large-scale transmission loss setups through our academic partner, Université de Sherbrooke, for full-product assessment.
Metamaterials and Low-Frequency Optimization
Our pioneering methods for metamaterial acoustic treatment address frequency-specific performance needs, particularly for low-frequency isolation, critical in aerospace and automotive applications.
Scientific, Collaborative Development
Every solution is co-designed using numerical models, experimental validations, and continuous feedback—ensuring feasibility, scalability, and acoustic effectiveness.
Decades of Industry Success
Mecanum brings over 25 years of cross-sector expertise, from:
✓ Aircraft and automotive sound packages
✓ High IIC floor systems on lightweight slabs
✓ High-STC acoustic doors for commercial and industrial settings
Some of Our Previous R&D Projects
Bio Sourced or Recycled Acoustic Fibrous Materials
✓ Micro-Macro modeling (get Biot parameters from microstructure of the material)
✓ Fiber’s arrangement optimization
✓ Hollow fibers model
✓ Experimental model validation
All models are included in our NOVA software.
Granular Materials
✓ Modeling of ball stacks according to their compaction
✓ Integration of binders in the model
✓ Experimental model validation
✓ Shape optimization to improve sound absorption
All models are included in our NOVA software.
PU Foams Micro-Macro Models
Calculate PU foams Biot parameters from parameters that chemists can control:
✓ Cell size
✓ Struts diameter
✓ Open or closed windows percentage
All models are included in our NOVA software.
NAIMATA
NAIMATA: New Acoustic Insulation Meta-Material Technology for Aerospace
Click here to learn more about this project.