We use cookies to keep the site reliable, remember basic choices, and understand which pages are useful. You can accept, reject, or review the settings before continuing.
We map noise sources across production floors, measure structural vibration paths, and deliver reduction blueprints that meet factory compliance targets without disrupting your line schedule. From initial site survey to final panel layout, every recommendation is tied to measurable decibel outcomes.
From structural soundproofing analysis to noise reduction blueprints, we help manufacturing facilities meet compliance targets and protect worker hearing without stopping production lines.
We measure vibration transfer through floors, walls, and support frames to locate the exact paths where noise escapes. Our engineers map impact and airborne transmission across your facility, then rank intervention points by cost and feasibility.
Each blueprint is drawn around your equipment layout and production schedule. We specify barrier placement, enclosure dimensions, damping treatments, and absorption panel configurations that fit within existing structural constraints and maintenance access.
Our field teams conduct octave-band measurements at operator stations, along walkways, and at property boundaries. The audit report separates dominant sources, identifies tonal components, and provides a clear priority list for remediation.
Older plants often lack the isolation details found in modern builds. We assess current floor slabs, wall assemblies, and equipment mounts to design retrofits that reduce noise without requiring full production shutdowns or major structural changes.
Before construction begins, we simulate sound propagation in your planned factory hall. Ceiling height, cladding materials, and equipment placement all affect the final acoustic environment, and our models help you make informed design decisions early.
We prepare measurement reports and technical documentation aligned with Malaysian occupational noise exposure limits. These records support your compliance submissions and provide a baseline for future acoustic improvements.
We start with a site walkthrough and a 24-hour logging setup to identify the dominant sources before we propose any treatment.
Request a site surveyPrefer to read first? See how we approach soundproofing for heavy machinery floors.
Straight answers about structural soundproofing analysis, noise mapping, and retrofit planning for industrial facilities.
We start with a site walkthrough to identify dominant noise sources, measure baseline levels at key workstations, and review the building structure. From there we produce a noise map and a prioritized list of treatment zones. The audit typically takes two to four days on site, depending on the number of production halls.
Not always. Many plants benefit from targeted treatments such as resilient mounts under heavy presses, damping compounds on panel walls, or partial enclosures around the loudest equipment. We assess which approach gives the best reduction per ringgit spent and phase the work so production continues without major disruption.
We measure against the Department of Occupational Safety and Health (DOSH) exposure limits and the Factories and Machinery Act requirements. Our reports include compliance status for each area, so you know exactly where you stand and what needs attention before an inspection.
Timelines depend on the scope. A single production hall with localized treatments can be completed in three to six weeks. Larger projects involving structural changes, such as floating floors or new partition walls, may take two to three months. We provide a detailed schedule after the initial audit.
Yes. We model sound propagation using 3D acoustic simulation software before any material is installed. This lets us predict the effect of different panel placements, barrier heights, and absorption treatments, so you can approve a plan with confidence rather than guessing.
We provide a full maintenance guide with each installation. Most acoustic panels and barriers require only periodic inspection and cleaning. For moving components like resilient mounts, we recommend a yearly check to ensure they have not compressed or degraded. We also offer follow-up visits to verify long-term performance.