We integrate advanced acoustic engineering with semiconductor facility design requirements to create optimal environments for precision manufacturing processes and sensitive equipment.
The acoustic design of semiconductor manufacturing facilities demands a specialized approach that addresses the unique challenges of chip fabrication, testing, and packaging environments. Proper acoustic design is critical for:
Acoustic solutions that maintain critical contamination standards — compatible material selection, particle-free detailing and non-shedding surface treatments that never compromise ISO class ratings.
Structural design, floor-system optimization and room configuration that meet stringent VC vibration criteria for advanced chip fabrication and metrology equipment.
Zoning strategies that separate noise-producing support systems from vibration-sensitive manufacturing areas while maintaining operational efficiency and process flow.
Integrated architectural treatments for mechanical equipment rooms, sub-fab areas, chemical distribution and bulk gas systems — contained without impeding maintenance access.
For problems beyond off-the-shelf acoustics, deep diagnostics and cross-disciplinary expertise solve the most stringent performance requirements.
Coordinated penetration detailing, optimized routing and compatible isolation methods that function within the densely packed infrastructure of modern fabs.
We obtain your desired specifications and identify the vibration and noise criteria your process demands.
We analyze manufacturing equipment and support systems for acoustic impact.
We develop solutions compatible with cleanroom and process constraints, with detailed semiconductor-compatible specifications.
We ensure proper installation of acoustic features in controlled environments.
We confirm performance and fine-tune acoustic results as needed.
Have a specific facility or piece of equipment in mind? Our engineers are happy to talk it through.
Ask an EngineerSemiconductor facilities present unique challenges due to nanometer-precision processes, contamination control, and dense concentrations of support equipment. Unlike typical industrial buildings, fabs require simultaneous control of micro-vibration transmission, airborne noise containment, and compatibility with stringent cleanroom protocols.
We select materials and details specifically engineered for cleanrooms — non-shedding, non-outgassing treatments, cleanable surfaces and compatible mounting. We work within ISO standards and specific fab requirements so all treatments support rather than compromise the controlled environment.
Typically vibration isolation for precision tools (particularly lithography and metrology), background-noise control, and isolation from low-frequency sources like pumps and chillers. We establish appropriate vibration criteria (VC) curves and noise criteria (NC) ratings based on each tool's specifications.
Yes. Retrofitting operational fabs requires phased strategies that coordinate with scheduled maintenance, use cleanroom-compatible installation methods, and incorporate pre-fabricated elements to minimize in-situ work and contamination risk during 24/7 production.
Schedule a consultation and site assessment. Our experts will help you create a safer, more efficient, and more precise manufacturing environment.