Miscellaneous
Innovation
Salons
Pharmaceutical air treatment: ensuring contamination control in production
Air handling for operating theatre
Our Innovative Cleanroom Solutions
Call to action
Our air handling unit incorporates an advanced filtration and thermo-hygrometric parameter regulation solution to ensure cleanroom compliance.
Vertical
Air Handling Unit
Our air handling unit allows for localised and precise management of air flow rates and differential pressures in areas with specific constraints.
Laminar Air Flow Ceiling
Our laminar flow ceiling guarantees controlled unidirectional distribution and high-efficiency terminal filtration to meet the highest required standards.
Air innovation industry
Equipment designed to meet the regulatory requirements of the operating theatre
Our air handling systems for operating theatres are developed to meet the regulatory constraints of hospital environments. We design bespoke solutions whose sizing is perfectly adapted for optimal air-handling control within the context of surgical activities. Each project therefore integrates normative requirements during the design phase to guarantee the conformity of the installations.
They Trust Us
Energy performance of air treatment in operating theatres
Our operating theatre air treatment systems natively incorporate a design geared towards energy performance and performance reliability. The air handling units and control cabinets are equipped with electronically commutated motor fans featuring integrated electronic circuits and self-regulation devices. This technology enables dynamic adaptation of operation to the actual needs of the operating theatre. The overall equipment design improves energy efficiency while maintaining the desired level of air-handling performance:
Our Latest Cleanroom Projects
Frequently asked questions
Everything you need to know about our cleanroom equipment
It refers to all the equipment used to control air quality in surgical areas. Given the sensitive nature of surgical activities, it aims to maintain a very low particle concentration as well as precise control of temperature, humidity and differential pressures.
Controlling these parameters helps to limit the risk of contamination during procedures. The expected performance levels are strictly defined by the NF S 90-351 standard, which specifies the requirements applicable to hospital environments.
Controlling these parameters helps to limit the risk of contamination during procedures. The expected performance levels are strictly defined by the NF S 90-351 standard, which specifies the requirements applicable to hospital environments.
Without sufficient air renewal, the risk of infectious contamination is very high. Aeraulic control and regulation devices therefore ensure air renewal, high-efficiency filtration, flow management and the maintenance of overpressure relative to peripheral areas. This organisation of air flows thus helps to limit the introduction of particles or microorganisms into the operating zone and to maintain stable conditions during surgical procedures.
The facilities must comply with several technical and regulatory standards, including ISO 14644-1, which defines the particle classification of controlled environments.
In the hospital sector too, NF S 90-351 specifies the specific requirements for operating theatres in terms of air change rates, unidirectional airflow and terminal filtration. Air treatment equipment must also meet the mechanical and airtightness requirements defined by standard EN 1886.
In the hospital sector too, NF S 90-351 specifies the specific requirements for operating theatres in terms of air change rates, unidirectional airflow and terminal filtration. Air treatment equipment must also meet the mechanical and airtightness requirements defined by standard EN 1886.
Compliance relies on several complementary technical factors.
The sizing of air handling equipment must be adapted to the type of operating theatre as well as to the level of risk associated with the procedures performed. The air treatment system must incorporate high-efficiency terminal filtration, precise flow rate regulation and continuous monitoring of critical parameters. Finally, performance validation requires a structured qualification process.
The sizing of air handling equipment must be adapted to the type of operating theatre as well as to the level of risk associated with the procedures performed. The air treatment system must incorporate high-efficiency terminal filtration, precise flow rate regulation and continuous monitoring of critical parameters. Finally, performance validation requires a structured qualification process.