Air diffusers
To ensure high-quality air exchange and the delivery of purified air into cleanrooms, INEX manufactures advanced air distributors equipped with High-Efficiency Particulate Air (HEPA) filters. These units supply air in either unidirectional (laminar) or swirled (turbulent) patterns directly into the cleanroom’s internal circuit. This precision allows for the maintenance of the required cleanliness class in strict accordance with GMP and ISO 14644 regulatory requirements.

Design and Key Features
INEX produces various types and sizes of air distributors at its own production facilities, tailored to specific room parameters, plenum heights, and suspended ceiling types.
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Seamless Integration: Designed specifically for cleanroom ceiling systems to ensure a flat, hermetic surface.
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Hygienic Integrity: Minimizes gaps and crevices, facilitating easy sanitization and maintenance.
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Durable Materials: Manufactured from high-quality components with powder-coated external elements that are resistant to aggressive disinfectants and UV irradiation.
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Antistatic Properties: Specialized coatings prevent the accumulation of static charges, ensuring a long operational lifespan.
Wall Intake Panels
In addition to ceiling-mounted distributors, INEX manufactures specialized wall-mounted air intake panels. These are critical for managing the return air path and maintaining effective pressure cascades:
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Flush Mounting: Built directly into the wall cladding panels for a seamless finish.
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Optimized Airflow: Equipped with integrated ducts that facilitate air intake from both the upper and lower zones of the room.
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Contamination Removal: This dual-zone approach ensures flow uniformity and the efficient removal of airborne contaminants from the workspace.
Validation and Compliance
The reliability of our air distribution systems is backed by a rigorous validation process:
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GMP Annex 11: Compliance ensures that automated control systems for airflow are reliable and maintain operational data integrity.
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GAMP 5 (Good Automated Manufacturing Practice): Systems are developed following the risk-based approach of the ISPE (International Society for Pharmaceutical Engineering). This ensures that the automation and monitoring of the air distribution process meet the highest biopharmaceutical standards.





