Implementation follows a fixed sequence: site survey, noise mapping, material selection, phased installation, and post-install verification. Each stage has clear checkpoints so production downtime stays predictable and the acoustic results are measurable.
Each phase is tied to measurable acoustic targets, site access windows, and production downtime limits. We keep the sequence practical so your engineering team knows exactly what happens on site and when.
We map the plant layout, identify dominant noise sources, and place temporary logging stations across production zones. Baseline data is collected over two full shifts to capture both steady-state and impact events.
Measured data feeds a 3D model of the hall. We rank each source by its contribution to operator exposure and boundary noise, then simulate treatment options to confirm which barriers or enclosures give the largest reduction per ringgit spent.
Approved concepts become fabrication-ready drawings: panel dimensions, mounting brackets, seal details, and material specifications. We coordinate with your maintenance team to confirm access points and structural loading limits before any fabrication starts.
Acoustic panels and enclosures are built off-site to avoid disrupting production. Each batch is checked for density, surface finish, and dimensional tolerance before delivery, so installation time on the floor stays short.
Installation is scheduled around your maintenance windows. We work zone by zone, starting with the highest-exposure areas, and keep a clear handover checklist so your team can resume operations without waiting for the full project to finish.
After commissioning, we repeat the same measurement grid used in the baseline audit. The final report compares before-and-after levels, documents any remaining hotspots, and includes a maintenance schedule for the installed treatments.
Every engagement follows the same sequence: measure the actual noise field, model the dominant paths, then specify treatments that fit the production schedule. The steps below show what you can expect at each stage and where your team needs to be involved.
Step 01
We map sound pressure levels across your plant during normal operation, identify peak sources, and log vibration data on structural elements. This takes one to three days depending on floor area.
Step 02
Raw measurements are sorted by contribution to the overall noise exposure. We separate airborne paths from structure-borne paths so the retrofit targets the machines that actually matter.
Step 03
Using the measured data, we build a computer model of your hall to predict how proposed barriers, enclosures, and absorbers will perform. You get a forecast before any material is ordered.
Step 04
We deliver a detailed specification: panel types, mounting heights, sealing details, and damping compounds. Each item is matched to your equipment layout and maintenance access needs.
Step 05
Our engineers supervise the installation to ensure the specified materials are placed correctly and no acoustic shortcuts are taken. We coordinate with your maintenance team to avoid production downtime.
Step 06
After installation, we re-measure the same points from the initial audit. The final report compares before and after levels, documents compliance, and lists any follow-up adjustments if targets were missed.