Engineering Equipment for Cleanrooms

Engineering equipment constitutes a critically important component of cleanroom infrastructure, ensuring the stable functioning of technological processes within a controlled environment. Specialized systems maintain specified air purity parameters, guarantee personnel safety, and provide controllability of microclimatic conditions in accordance with sanitary and technological regulations.

INEX develops, manufactures, and integrates engineering equipment for cleanrooms both as part of comprehensive turnkey projects and as individual functional modules. All products comply with the requirements of the following regulatory documents:

• GOST R ISO 14644-4 — requirements for the design and engineering support of cleanrooms;

• EAEU Technical Regulations — unified safety standards within the Eurasian Economic Union territory;

• Industry Standards applicable in the medical, pharmaceutical, and high-tech industries.

The development of solutions is carried out taking into account the individual technical tasks of the customer: the type of premises, the required cleanliness class, the composition of functional zones, and the necessary level of automation. The equipment is utilized in the pharmaceutical industry, medical institutions, microelectronics manufacturing, biotechnological complexes, as well as at enterprises working with aggressive or hazardous substances, including:

• flammable liquids (FL),

• inorganic acids and alkalis,

• sterile media,

• high-purity substances,

• aerosol reagents, and more.

Engineering Equipment Lineup

The range of engineering equipment includes:

• Automated airlock systems with programmable control algorithms;

• Systems for regulation and monitoring of pressure differentials between zones;

• Steam distribution modules for sterilization processes;

• Airtight air and fire dampers with electric actuator control;

• Specialized cabinets and modules for the safe handling of flammable liquids;

• Control automation, measurement sensors, and actuators.

The technical documentation for the equipment includes a complete set of design solutions, material specifications, automation diagrams, and commissioning programs, ensuring reliable integration of systems into the existing facility infrastructure.