Intelligent Ventilation from ICU to MRI
- MRI conditional (up to 50 mT)
- Integrated TeslaSpy gaussmeter
- Adult and pediatric ventilation
- > 9 h of battery operating time
- Advanced ventilation modes including ASV®
The MRI Conditional ventilator
The HAMILTON-MR1 MRI ventilator guarantees uncompromised continuous ventilation care from the ICU to the MRI scanner and back. Its reliability and high performance make the HAMILTON-MR1 the ideal choice for any critical care department that needs to transport ventilated patients to the MRI department on a regular basis.
The integrated high-performance turbine enables the HAMILTON-MR1 to be completely independent from compressed air. This reduces weight and saves space during intrahospital transport.
The HAMILTON-MR1 includes Hamilton Medical's standardized Ventilation Cockpit user interface and the unique intelligent ventilation mode, Adaptive Support Ventilation (ASV®).
What our customers have to say about the HAMILTON-MR1
Director of Respiratory Care
Florida Hospital, Orlando (FL), USA
You can take the patient on the HAMILTON-MR1 from the ICU down to the magnetic resident imaging suite for an MR study and not have to change a thing about the mechanical ventilation. And that is a true advantage because you are not risking lung de-recruitment and a patient setback, which would keep the patient in the hospital longer and make it more uncomfortable for them.
Dr. Adrian Wäckerlin
Head of ICU, Grisons Cantonal Hospital
Grisons Cantonal Hospital, Chur, Switzerland
Until now, we ventilated our ICU patients during MRI scanning with an anesthesia ventilator. Therefore, we had to consult an anesthetist every time to handle the equipment. With the HAMILTON-MR1, we are now completely independent.
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HAMILTON-MR1 technical specifications
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Yes, I would like to download the
free HAMILTON-MR1 software simulation
Get the HAMILTON-MR1 software simulation for free! Just give us your email address and your contact information and we will send you the simulation software.
The simulation is a fully functional representation of the device and even includes a patient simulation with adjustable lung mechanics, and the intelligent ventilation mode ASV - Adaptive Support Ventilation.