In sensitive environments such as hospitals, clinics, care homes, or medical practices, the highest demands are placed on air handling systems. In addition to maintaining stable thermal comfort, strict hygienic standards are paramount. Reliable air filtration is crucial to effectively retain germs, particles, and contaminants, thereby minimizing the risk of infection for patients and staff. Equally important is a hermetically sealed, easy-to-clean unit design to ensure long-term hygiene. Modern systems for hygienic applications must also enable easy, fast, and safe maintenance — without contamination risks from hard-to-reach areas or dirt accumulation. Continuous monitoring of system parameters such as temperature, humidity, airflow rates, and filter status ensures safe operation at all times. Energy efficiency also plays a key role: the use of high-performance heat recovery systems that ensure a hygienically safe separation of supply and exhaust air significantly reduces energy consumption — without compromising air quality. Integration with modern building management systems and hygiene monitoring platforms is now standard: it enables seamless supervision, precise control, and reliable documentation of all operating data — essential, especially for operating rooms and intensive care units. Material choice is also critical: high-grade stainless steel surfaces, antibacterial coatings, and a hygienic, dirt-trap-free design allow the units to integrate perfectly into demanding environments — functional, safe, and durable. Our air handling units combine hygienic design with technical functionality — from the separation of supply and exhaust air to standard-compliant documentation — for uncompromising air quality in sensitive applications.
High-Performance Filters for the Removal of Germs, Particles, and Contaminants – Suitable for Medical and Care-Sensitive Areas.
Casing with Certified Airtightness According to EN 1886 – Prevents Unwanted Leakage and Ensures Hygienic Airflow.
Hygienically Accessible Interior Surfaces with Inspection Openings; Quick Cleaning Without Dismantling; Optional with Cleaning Documentation.
Aerodynamically Separated Air Paths with High Airtightness – Minimize Contamination Risks from Recirculation or Leakage
Use of V2A/V4A Stainless Steel or Antibacterial Coated Surfaces for Hygiene-Critical Environments Such as Operating Rooms.
Smooth, Easy-to-Clean Interior Surfaces Without Dirt Traps, Dead Space-Free Geometry, and Design Details in Compliance with VDI 6022.
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