

flexible pressure control for infection containment in isolation rooms
Isolation rooms require precise airflow and pressure control to prevent the spread of airborne pathogens or to protect vulnerable patients from external contamination. Halton’s isolation room solutions are designed to deliver
reliable pressure control and safe airflow direction in all clinical situations, without limiting room usability.
Why Choose Halton for Patient Room Ventilation?

Flexible Room Operation
Switch between negative, positive, and neutral pressure modes to support changing clinical requirements.

Reliable Infection Containment
Stable airflow direction and HEPA filtration help control airborne contaminants and support infection prevention.

Intelligent Monitoring
Continuous room monitoring and alarm functions help ensure conditions remain within required parameters.

Prepared for Change
Adapt quickly to evolving healthcare demands while improving room utilization and operational resilience.

Protective Airflow for
Healthcare Staff
Beyond pressure control, Halton Vita Iso incorporates a unique protective airflow pattern designed to direct contaminants away from healthcare staff and support safer patient care activities.
Pressure control alone does not guarantee protection against airborne contaminants. Healthcare professionals often work in close proximity to patients, where exposure risks can be highest.
Halton’s Protective Flow concept creates an airflow pattern designed to direct contaminants away from the breathing zone of healthcare staff while maintaining comfortable conditions for patients. This provides an additional layer of protection beyond traditional isolation room ventilation strategies.
Key benefits
- Supports infection prevention strategies
- Helps reduce healthcare worker exposure
- Maintains patient comfort
- Validated through full-scale testing
How the Halton Vita Iso Solution Works
Halton Vita Iso is a complete isolation room solution designed to maintain safe and controlled conditions while adapting to changing clinical requirements. The system combines pressure control, advanced air distribution, HEPA filtration, intelligent room automation, and centralized monitoring into one integrated platform. By coordinating airflow, room pressure, environmental conditions, and user controls, the solution helps hospitals maintain reliable infection containment while providing the flexibility to respond quickly to changing patient needs.

- Flexible Pressure Control
Switch between negative, positive, and neutral pressure modes to support different isolation requirements and changing clinical situations. - Protective Airflow
Designed airflow patterns help direct contaminants away from healthcare staff while maintaining a comfortable environment for patients. - Intelligent Room Automation
Integrated controls manage pressure, airflow, temperature, and room conditions while supporting energy-efficient operation. - Centralized Monitoring
Supervisory and room-side control panels provide real-time visibility into room status, alarms, and environmental conditions.

Halton Isolation Room Solutions
See Flexibility in Action
Watch how Halton Vita Iso enables healthcare staff to switch between pressure modes, monitor room conditions, and adapt isolation environments to changing clinical needs. The solution combines protective airflow, centralized monitoring, and intelligent controls to support safe and efficient isolation care.
Supporting Infection Prevention Through Intelligent Control
From airflow management to room status monitoring, automation helps support safe and reliable operation in demanding isolation environments.

References
Trusted by Hospitals Around the World
Halton is a trusted partner for hospitals worldwide. Our advanced indoor air solutions are installed in hundreds of operating rooms across Europe, Asia, the Middle East and beyond.
Talk to a Patient Room Ventilation Expert
Healthcare needs can change rapidly. Halton isolation room solutions help hospitals stay prepared with flexible pressure modes, intelligent monitoring, and reliable infection containment that support both everyday operations and future healthcare challenges.
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