The transition to sustainable energy requires manufacturing components on a massive scale without sacrificing microscopic precision. We deliver the kinetic isolation, seismic restraint and acoustic engineering that keep megawatt-scale production accurate and compliant.
Unmitigated low-frequency vibrations from overhead factory cranes, heavy CNC machining and adjacent transit disrupt highly sensitive dynamic balancing equipment.
We design massive isolated inertia bases, structural decoupling trenches and heavy-duty active vibration mounts that separate balancing machines from surrounding kinetic energy.
Structure-borne vibration during automated screen-printing and lamination causes invisible micro-cracks in ultra-thin silicon wafers, while multi-megawatt inverter and transformer testing generates extreme low-frequency tonal noise.
We isolate sensitive processing equipment from the main building slab and design custom acoustic testing enclosures and tuned sound-absorbing barrier walls — plus ASCE 7 and IBC-compliant seismic restraint for grid infrastructure and BESS.
Have a specific facility or piece of equipment in mind? Our engineers are happy to talk it through.
Ask an EngineerDuring automated stringing and lamination, even subtle floor vibrations cause uneven mechanical stress on ultra-thin silicon wafers. We isolate sensitive processing equipment from the main building slab to prevent this kinetic transfer.
Testing multi-megawatt grid-tie inverters and high-voltage transformers generates extreme low-frequency tonal noise. We design custom acoustic testing enclosures and tuned sound-absorbing barrier walls.
Balancing a 15MW generator creates massive low-frequency dynamic loads. We engineer independent, heavy-mass inertia blocks separated from the main foundation by high-capacity spring isolators and elastomeric dampers.
Yes. Critical grid infrastructure — high-voltage transformers and Battery Energy Storage Systems — must remain operational during and after a seismic event. We design ASCE 7 and IBC-compliant seismic restraint systems and snubbers.
Tell us about your facility and equipment. We'll tell you what can be determined from what you already have — and what would require an on-site assessment.