Audiometric Testing Rooms (Ask for Price)

Description

Audiometry Room

Design Aspects:

1. The ambient noise level requirements outlined in the standards ensure that hearing tests are conducted in an environment that guarantees valid and accurate results. This requires the test environment to consistently comply with specified background noise levels during each audiometric test.
2. The room will be constructed with frequency-balanced features, incorporating various frequency panels to deliver superior speech quality and maintain high acoustical integrity.
3. The project will prioritize eco-friendliness and non-hazardous materials.

Salient Features:

1. Precisely designed to maintain acoustical integrity for 10 years.
2. Dimensionally stable and long-lasting acoustical treatments.
3. Compatible with all three types of acoustical treatments: fabric-based, gypsum-based, and PHB panel-based.
4. Designed to conform to international standards, such as OSHA and ANSI, for audiological evaluations.

Main Components:

1. Wall Treatment: Includes high- and low-frequency absorbers, bass traps, and other acoustical enhancements.
2. Ceiling Treatment: Incorporates mode-cancelling features and ensures a high ceiling transmission class.
3. Door: Options for single or double sealed multilayered doors with high sound transmission loss and high-quality hardware.
4. Window: Double-pane windows with excellent visibility, chemical anti-moisture treatment, and superior sound insulation.
5. Floor: Options for carpeted or false flooring to improve acoustic performance.
6. Electrical and Instrument Wiring: Designed to prevent magnetic interference, featuring a high-quality jack panel compatible with all types of audiometers and external electronic instruments.

 

Speech Room

Design Aspects:

1. Ensure the room is designed to provide excellent speech intelligibility and an optimal reverberation time for clear word recognition.
2. Prioritize an eco-friendly and non-hazardous approach throughout the project.
3. Construct the room with frequency-balanced features, incorporating various frequency panels to enhance speech quality and maintain high acoustical integrity.

Salient Features:

1. Accommodates all three types of acoustical treatments: fabric-based, gypsum-based, and PHB panel-based.
2. Provides appropriate lux levels for optimal lighting intensity.
3. Ensures effective isolation from magnetic induction.
4. Maintains low noise levels to support accurate speech reception threshold determination.

Main Components:

1. Wall Treatment: Includes high- and low-frequency absorbers, bass traps, and other acoustic enhancements.
2. Ceiling Treatment: Features mode-cancelling elements and ensures a high ceiling transmission class.
3. Door: Double-door system with multilayered construction, designed for high sound transmission loss. Equipped with high-quality hardware and an additional acoustical door for enhanced transmission loss.
4. Floor: Options include carpeting or false flooring for improved acoustics.
5. Electrical and Instrument Wiring: Designed to minimize magnetic interference, featuring a high-quality jack panel compatible with various audiometers and external electronic instruments.

 

 

BERA / ABR Room

Design Aspects:

1. A key priority is minimizing magnetic field interference with acoustic insulation, as the tests conducted rely on electrical impulses. The room will be designed to achieve high magnetic field isolation.
2. The room will feature superior acoustic insulation to ensure precise patient responses to input sounds.
3. The project will be eco-friendly and utilize non-hazardous materials.

Salient Features:

1. Electrical and instrument wiring will be meticulously aligned to eliminate magnetic interference.
2. Supports installation of all three acoustical treatment types: fabric-based, gypsum-based, and PHB panel-based.
3. Electrical connections will include separate, independent grounding to prevent artifact formation.
4. Ensures suitable lux levels for optimal lighting intensity.
5. Adheres to low noise criteria to enable accurate determination of speech reception thresholds.

Main Components:

1. Wall Treatment: Incorporates high-density acoustic insulation, bass traps, and other soundproofing elements.
2. Door: Double-door system with multilayered construction, offering high sound transmission loss and equipped with premium hardware. An additional acoustical door enhances transmission loss further.
3. Ceiling Treatment: Engineered to provide a high ceiling transmission class.
4. Floor: Options include antistatic PVC carpet or false flooring for enhanced functionality.
5. Electrical and Instrument Wiring: Designed to minimize magnetic interference, featuring a high-quality jack panel compatible with various audiometers and external electronic instruments. Specialized grounding is implemented for BERA connections to prevent artifact formation.

 

Economical Room

Design Aspects:

1. Provide facilities for comprehensive audiological evaluations at an economical rate.
2. Ensure the project is eco-friendly and non-hazardous.

Key Features:

1. High acoustic insulation with long-lasting acoustical integrity.
2. Quick, robust installation.
3. Budget-friendly and cost-effective setup.
4. Flexible placement: can be constructed in any corner or side of a room.
5. Requires no additional floor load or modifications for extra walls.
6. Suitable for any building floor level without the need for architect or municipal approval.
7. Adheres to international standards like OSHA and ANSI for audiological evaluations.

Main Components:

1. Dry Wall: High noise insulation for external sounds, effective noise absorption inside, and visually appealing.
2. Door: Multilayered with superior sound insulation and durable, high-quality hardware.
3. Window: Double-pane with excellent visibility, anti-moisture treatment, and strong sound insulation.
4. Lighting: LED-based lighting system providing over 100 Lux for a clean, bright environment.
5. Ventilation: Silent, forced ventilation system ensuring good airflow and preventing suffocation or claustrophobia.
6. Jack Panel: Standardized jacks compatible with all audiometers and external electronic devices.

 

Portable Audiometry Room

Design Aspects:

1. Innovative design offering optimal space for conducting audiological tests in diverse locations.
2. Eco-friendly and non-hazardous construction.

Key Features:

1. Modular, knockdown design for quick and easy relocation.
2. Available in customizable sizes and layouts with options for portable, mobile, or fixed designs, suitable for single or multiple users.
3. Flexible system designed for easy storage and transportation while maintaining acoustical integrity and functionality.
4. Superior noise reduction performance.
5. Compliant with OSHA international standards for audiological evaluations.

Main Components:

1. Structure: Robust steel construction using 16 SWG CRC sheets, assembled on-site by expert technicians with textured powder coating.
2. Window: Double-glazed, bubble-free glass with adjustable thickness, featuring a locking mechanism for added security.
3. Door: Acoustically treated, airtight door equipped with compression material (Superlon) for enhanced insulation.
4. Flooring: Acoustical mat for sound isolation.
5. Interior: 100 mm (4”) thick acoustic treatment for effective sound management.
6. Electrical Setup: Pre-wired, ready-to-use system with LED lighting and a silent exhaust fan for forced ventilation and air exchange.
7. Jack Panel: Equipped with standard jacks compatible with all audiometers and external electronic devices.