Modular Acoustic Panels
Single or double-skin fabricated panels prepared for approved absorptive or barrier infill and bolted assembly.
Build-to-Print Industrial Noise-Control Structures Industrial Acoustic
Industrial Acoustic
Enclosures
Built to Your Acoustic Design
Fabricated panel systems, frames, doors and ventilation-silencer interfaces for compressors, pumps, blowers and test equipment. We manufacture the released mechanical design while the OEM or acoustic consultant owns attenuation performance and validation.
✓ Build-to-print scope
✓ Inspection by RFQ
✓ OEM approval boundary
RFQ Project-defined
RFQ
Example order size
Drawing
Critical dimensions
Plan
Inspection scope
OEM
Final approval
01 / What We Fabricate
A Mechanical Shell Built Around Acoustic Performance Requirements
Industrial acoustic enclosures combine sheet metal skins, customer-specified infill, sealed panel joints, access doors and ventilation paths. DRAmetal fabricates and assembles these mechanical elements to approved drawings; acoustic modeling, material selection and field performance remain customer-controlled.
Structural Frames and Bases
Welded support frames, lifting bases and equipment interfaces built around site and transport loads.
Acoustic Access Doors
Reinforced personnel and maintenance doors with customer-defined seals, latches, windows and threshold geometry.
Ventilation and Penetrations
Fabricated openings and transition pieces for acoustic louvers, silencers, ducts, piping and cable routes.
Our scope: the fabricated acoustic enclosure structure
The OEM or acoustic consultant owns noise-source data, attenuation targets, panel build-up, airflow and thermal design, fire behavior, structural load cases, field installation and final acoustic testing. DRAmetal manufactures the released mechanical design and agreed assembly scope.
02 / Noise-Control Enclosure Formats
Mechanical Enclosures for Noisy Industrial Equipment
Each system is manufactured around the customer's equipment envelope, maintenance plan, airflow design and validated acoustic specification.
Compressor Compressor Acoustic Enclosures
Panelized housings around compressor packages with large service doors and drawing-defined intake, exhaust and piping penetrations.
- Access Personnel / equipment
- Ventilation OEM specified
- Format Assembled / knock-down
Rotating Equipment Pump and Blower Enclosures
Compact noise-control structures with removable roof or side panels for service and equipment replacement.
- Panels Fixed / removable
- Base Shared / independent
- Penetrations Drawing defined
Test Cell Industrial Test-Cell Enclosures
Large modular rooms and equipment pods with doors, observation-window frames and service penetrations for OEM test systems.
- Structure Modular room
- Features Doors / window frames
- Assembly Factory / site
Outdoor Outdoor Acoustic Equipment Housings
Weather-protected acoustic panel structures for mechanical and energy equipment with roofs, drainage and corrosion systems.
- Environment Project defined
- Finish Outdoor coating / stainless
- Structure Wind and site loads specified
03 / Technical Capabilities
Typical Industrial Acoustic Enclosure Specification
| Materials | Galvanized and carbon steel, 304/316 stainless steel, aluminum and customer-approved acoustic infill |
|---|---|
| Panel construction | Single or double-skin formed panels, perforated liners, stiffeners and drawing-defined infill retainers |
| Processes | Laser cutting, punching, precision bending, MIG/TIG/spot welding, hardware installation, finishing and mechanical assembly |
| Integrated features | Access doors, removable panels, window frames, equipment bases and louver, silencer, duct, pipe and cable interfaces |
| Finishes | Industrial powder coating, galvanized systems, brushed stainless and project-defined outdoor protection |
| Quality controls | First article, panel dimensions, seam and door fit, hardware function, finish inspection and configuration-controlled packout |
04 / Manufacturing Process
From Acoustic Specification to Fabricated Panel System
01
Boundary Review
Confirm equipment envelope, panel construction, acoustic consultant's specification, airflow, access, penetrations and site loads.
02
DFM and Module Plan
Review panel sizes, seams, frames, doors, lifting, transport and field-assembly sequence.
03
First-Article Module
Build representative panels and a door or corner assembly to validate fit, hardware and manufacturing sequence.
04
Panel and Frame Fabrication
Form skins and liners, fixture-weld frames and install approved retainers and mechanical hardware.
05
Assembly-Level Check
Trial-assemble critical bays, doors and removable sections while checking louver, silencer and penetration interfaces.
06
Sequenced Packout
Protect panels and pack modules, fasteners and installation drawings by bay and site-assembly order.
05 / Why It Matters
What Makes an Acoustic Enclosure Manufacturable
Acoustic performance depends on the complete design, while production repeatability depends on panel geometry, seams, doors and assembly control.
Customer-Defined Panel Build-Up
Skin thickness, perforation, infill, barriers and seals must come from the validated acoustic design.
Continuous Mechanical Seams
Panel joints, doors and penetrations must assemble consistently without uncontrolled gaps or compressed infill.
Airflow and Service Access
Noise control cannot block equipment cooling, exhaust, inspection or component replacement paths.
Site Assembly Sequence
Large systems require clear module identification, hardware kits and installation order to reproduce factory fit.
Customer Project
Industrial Acoustic Enclosure: Noise and Maintenance Access
Materials, fabrication decisions and results for an anonymous customer project.
Component reference image
The Customer Challenge
Noise remained excessive, but the earlier enclosure restricted cooling and made maintenance difficult.
Project Measurements & Details
≥20 dB(A)Noise reduction
≥1,000 m³/hVentilation
≥30 dBSound insulation
Results apply to the project configuration described on the linked page.
Read the Customer Project → 07 / Why Choose Us
Why Equipment OEMs Choose DRAmetal
01
Panel-system DFM
We review skins, liners, frames, doors and removable sections as one mechanical assembly.
02
Large fabricated structures
Sheet metal panels and welded structural bases are coordinated under one production plan.
03
Trial-assembly control
Critical bays and door interfaces can be checked before knock-down shipment.
04
Installation-ready packout
Modules and hardware remain tied to bay position, drawing revision and site sequence.
08 / Related
Related Fabricated Products
09 / FAQ
Industrial Acoustic Enclosure FAQ
Does DRAmetal design the acoustic performance?
Our standard scope is build-to-print mechanical fabrication. The customer or acoustic consultant defines source data, attenuation target, panel build-up, infill, seals, ventilation and test method. We manufacture the released design.
Can you build compressor, pump and blower acoustic enclosures?
Yes. We can fabricate modular panels, welded frames, bases, doors, removable sections and drawing-defined louver, silencer, pipe and cable interfaces for these equipment types.
Can large enclosures be supplied knock-down?
Yes. Critical sections can be trial-assembled, then panels and hardware packed by bay and installation sequence. Site assembly and final validation remain under the customer's project plan.
Can you install acoustic infill?
Customer-approved infill and barrier materials can be installed when their handling, retention, fire behavior, PPE and acceptance requirements are included in the released manufacturing specification.
Get Started Need an Industrial Acoustic Enclosure
Need an Industrial Acoustic Enclosure
Built to Your Validated Panel Design?
Send the enclosure assembly, panel build-up, equipment envelope, access and airflow requirements, site loads, finish and forecast quantity for DFM review.