Your patients might be leaving the ICU, but their ventilation needs remain just as complex. During transport, you want to maintain high-level respiratory therapy and still have full access to modes, monitoring, and precision settings — all while navigating unfamiliar or moving environments.
A patient can deteriorate quickly during transport. You need a ventilator that responds just as fast, giving you clear feedback, quick access to alarms, and the ability to adapt ventilation settings in seconds.
Nous utilisons le HAMILTON-T1 pour le transport intrahospitalier et les transferts vers d'autres hôpitaux. Le patient bénéficie ainsi de la même qualité de ventilation au cours du transport aussi bien qu'à son chevet.
Médecin-chef interdisciplinaire, USIP
Centre de pédiatrie et de médecine de l'adolescence, Mayence, Allemagne
In the ICU, you can rely on labs, ABGs, and imaging to guide the ventilation strategy. In transport, you often have to manage without these tools. That is why you depend on real-time waveforms, trends, and intuitive data displays to support clinical decisions on the go.
Ambulances, helicopters, and medical aircraft combine limited room with a lot of movement. Your ventilator has to be compact, stable, and able to run without mains power, while staying firmly in place in any conditions.
The Hamilton Medical Prehospital Team is committed to delivering comprehensive services and support around mechanical ventilation during transport in prehospital settings.
