

The standout feature of this ICU ventilator is its ability to operate in magnetic field environments up to 50 mT. The high performance and reliable HAMILTON MR1, combined with adaptive ventilation modes that support advanced lung protective ventilation strategies, is the perfect choice for care units that need to transport patients to the MRI suite.
Suitable for MR environments (up to 50 mT) with static magnetic fields of 1.5 Tesla and 3.0 Tesla
The ventilator can remain close to the patient even during MRI scanning
Integrated TeslaSpy
Adult, pediatric, and neonatal ventilation
Long battery runtime
Independent operation without a central air supply
Integrated noninvasive ventilation and high flow oxygen therapy (HFOT)
Advanced ventilation modes, including ASV® Adaptive Support Ventilation
Also available in: Tiếng Việt
KEY TECHNICAL FEATURES
Integrated internal turbine for high pressure air generation
Peak flow up to 260 L/min
Compatible with MR environments from 1.5 to 3.0 Tesla
TeslaSpy magnetic field indicator
Automatic leak compensation function (IntelliTrig)
Dynamic Lung display: real time animated lung visualization
Vent Status display (visualization of patient ventilation status): weaning assessment
On screen troubleshooting assistance
VENTILATION MODES
Volume controlled mandatory ventilation with automatic pressure adaptation (APVcmv / (S)CMV+)
Synchronized intermittent mandatory ventilation with volume control and automatic pressure adaptation (APVsimv / SIMV+)
Volume Support (VS)
Pressure Controlled Ventilation (PCV+)
Pressure Controlled Synchronized Intermittent Mandatory Ventilation (PSIMV+)
Spontaneous mode (SPONT)
Adaptive Support Ventilation (ASV)
MONITORED PARAMETERS
LUNG MECHANICS
Cstat (ml/cmH2O): Static compliance
P0.1 (cmH2O): Airway occlusion pressure
PTP (cmH2O*sec): Pressure time product
RCexp (sec): Expiratory time constant
Rinsp (cmH2O/(L/sec)): Inspiratory resistance
RSB (1/(L*min)): Rapid shallow breathing index
PRESSURE
AutoPEEP (cmH2O): Intrinsic positive end expiratory pressure
ΔP (cmH2O): Inspiratory driving pressure
PEEP/CPAP (cmH2O): Positive end expiratory pressure / continuous positive airway pressure
Pinsp (cmH2O): Inspiratory airway pressure
Pmean (cmH2O): Mean airway pressure
Ppeak (cmH2O): Peak airway pressure
Pplateau (cmH2O): Plateau pressure
Pprox (cmH2O): Airway pressure measured at the flow sensor
VOLUME
ExpMinVol or MinVol NIV (L/min): Expiratory minute ventilation
MVSpont or MVSpont NIV (L/min): Spontaneous expiratory minute ventilation
VTE or VTE NIV (ml): Expiratory tidal volume
VTESpont (ml): Spontaneous breath expiratory tidal volume
VTI: Inspiratory tidal volume
Vt/IBW: Tidal volume per ideal body weight (IBW) for adult and pediatric patients
Vt/Weight (ml/kg): Tidal volume per actual body weight for neonatal patients
VLeak (%): Leak volume as a percentage
MVleak (L/min): Total leak volume per minute
FLOW
Insp Flow (L/min): Maximum peak inspiratory flow of a spontaneous or mandatory breath
Exp Flow (L/min): Peak expiratory flow
Flow (L/min): Flow delivered to the patient in flow controlled mode
TIME
I:E: Inspiratory to expiratory time ratio
fControl (breaths/min): Mandatory respiratory rate
fSpont (breaths/min): Spontaneous respiratory rate
fTotal (breaths/min): Total respiratory rate
TI (sec): Inspiratory time
TE (sec): Expiratory time
CPR timer: Ventilation time during CPR
DATA STORAGE CAPACITY
Event log (up to 10,000 events with date and time stamps)