Intelligent transport ventilation

HAMILTON-T1

We live for ventilation technology. Technology that helps caregivers improve the lives of their criticallyill patients. We believe that innovation is essential to meet the demands of critical care. To us,innovation is about realizing visionary new ideas and continuously improving existing products, alwaysmaintaining the focus on safe, individualized ventilation, as well as ease of use.

We learn from our customers and from multi-disciplinary experts. And we invest in long-term researchand development. We develop Intelligent Ventilation solutions: devices and consumables for theventilation of all critically ill patients – from neonates to adults.

Jens HallekCEO Hamilton Medical AG

Bob HamiltonCEO Hamilton Medical, Inc.

We live for ventilation technology

HAMILTON-T1

The HAMILTON-T1 combines for the first time thefunctionality of a fully featured intensive care unitventilator with the compactness and ruggednessrequired for transport. This combination enablesyou to provide optimal ventilation therapy to allpatient groups during transport.

The HAMILTON-T1 offers:

Approvals and certificates for use inambulances, helicopters and airplanes

Adult, pediatric, and neonatal ventilation

Independence from gas cylinders orcompressors

More than 9 hours of battery operating time

Noninvasive ventilation and integrated highflow oxygen therapy

Advanced ventilation modes, including ASV®

- Adaptive Support Ventilation

Meet the HAMILTON-T1

Approved for all types of transportThe HAMILTON-T1 meets the transport standards EN 794-3 and ISO 10651-3 for emergency andtransport ventilators, EN 1789 for ambulances, and both EN 13718-1 and RTCA/DO-160G for aircrafts. Itreliably accompanies your patients in or outside the hospital, on the ground, at sea, or in the air.

Independent from compressed airThe integrated high-performance turbine enables the HAMILTON-T1 to be completely independent fromcompressed air. This reduces weight and saves space, since you need neither gas cylinders nor acompressor. This allows even patients ventilated noninvasively to be transported successfully acrossgreater distances.

More than 9 hours of battery operating timeA battery operating time of more than 9 hours is provided by one integrated and one hot-swappablebattery. The battery operating time can be extended as required with additional hot-swappable batteries.

Unlimited mobility

HAMILTON-T1

In close cooperation with users and ventilationexperts, our engineers have designed a userinterface that is particularly intuitive. Switchingbetween the HAMILTON-T1 and all other HamiltonMedical ventilators is easy because they are alloperated according to the same principles.

The Ventilation Cockpit on the HAMILTON-T1consolidates the monitoring data and displays it asintuitive graphics. These provide a quick overviewof the patient’s current ventilation status andprovide a reliable basis for therapy decisions.

We use the HAMILTON-T1 for intrahospitaltransport and transfers to other hospitals. Thisensures that the patient receives the same qualityof ventilation during transport as at the bedside.

Dr. Ralf Huth, Senior PhysicianInterdisciplinary Pediatric ICUCenter for Pediatrics and Adolescent MedicineMainz, Germany

Ease of use

HAMILTON-T1

1 Main monitoring parametersAll of the main monitoring parameters at aglance. The large characters allow you to seethem even from a distance.

2 Dynamic Lung One quick look shows you tidal volume, lungcompliance, patient triggering, and resistance inreal-time. The lungs expand and contract insynchrony with the actual breaths.

3 Customizable user interfaceYou can configure the display layout withdifferent waveforms, loops, trends, or intelligentpanel graphics to suit your institution’s needs andprotocols. Nurses and clinicians can have theirown preferred layout.

4 Direct access to main controlsAccess and adjust the most important controls forthe current mode directly on the main display.

The Ventilation Cockpit

The HAMILTON-T1 features the IntelligentVentilation mode Adaptive Support Ventilation(ASV). In ASV mode, the ventilator continuouslyadjusts the respiratory rate, tidal volume, andinspiratory time depending on the patient's lungmechanics and effort. This means fewer userinteractions are required1 and fewer alarms aregenerated, giving you more time for your patients.

ASV automatically employs lung-protectivestrategies to minimize complications fromAutoPEEP and volutrauma/barotrauma. It alsoprevents apnea, tachypnea, dead space ventilation,and excessively large breaths, as well asencouraging the patient to breathespontaneously2,3.

About 50% of our patients go onto ASV mode. Itis specifically advantageous in trauma. You have somany other fires to put out, that it is nice to justset up the ventilator and allow ASV to manage thepatient from a lung standpoint.

Kyle Driesse, Critical Care Flight ParamedicLife Link IIIMainz, Germany

Lung-protective ventilation

HAMILTON-T1

State-of-the-art ventilation modesinclude conventional volume and pressure-controlled modes, modes for non-invasive ventilation, and the Intelligent Ventilation mode Adaptive SupportVentilation (ASV).

Quick startupsettings allow you to define and store specific mode and control settings forup to three selected patient types. This may help you save valuable time inemergencies.

Oxygen adjustable from 21% to 100%allows you to replicate the bedside settings one-to-one during transport. Theadjustment to 21% even makes it possible to ventilate your patient withambient air only.

High-performance noninvasive ventilation (NIV)is enabled by the ventilator’s integrated high-performance turbine and peakflow rate of up to 260 l/min. Optimal flow delivery is ensured even in theevent of large leaks.

Integrated high flow oxygen therapycan be applied using the same device and breathing circuit, simply bychanging the patient interface. Active humidification is recommended forgreater patient comfort. With the optional integrated high flow oxygentherapy, the ventilator offers you a range of ventilation and therapy options inone device.

Night vision goggles (NVG)is an optional function enabling the HAMILTON-T1 transport ventilator to beused with night vision devices, without significantly affecting the pilot’s vision.

Adult, pediatric, and neonatalventilation

High-performance turbine

Hot-swappable battery backup

IntelliTrig leak compensation for NIVand invasive ventilation

Serial interface for connection toPDMS or patient monitors

Mainstream (volumetric) andsidestream capnography

Pulse oximetry(SpO2 and pulse measurement)

nCPAP modes

Configurable loops and trends

Optimal alarm detection

Dynamic Lung

Fully synchronized integratedpneumatic nebulizer

Compatible with conventionalspeaking valves

Features and options

HAMILTON-T1

E-learningHamilton Medical College provides free and opene-learning on mechanical ventilation andventilators.Join at: college.hamilton-medical.com.

Universal ventilator consumablesOur accessories and consumables are speciallydeveloped for the highest possible patient safetyand ease of use. Choose between reusable anddisposable parts according to your institutionalpolicies.

Peripheral devicesOur ventilation portfolio includes an activehumidifier, the HAMILTON-H900, as well as theautomatic cuff pressure controller, IntelliCuff.Both devices may be used with all kinds ofmechanical ventilators.

From the ventilation specialist

More information and free simulation software:www.hamilton-t1.com

Specifications are subject to change without notice. Some features are options. Not all features/products are available in all markets. For allproprietary trademarks (®) and third-party trademarks (§) used by Hamilton Medical AG see www.hamilton-medical.com/trademarks. © 2019Hamilton Medical AG. All rights reserved.1 Beijers AJ. Intensive Care Med. 2014 May; 40(5): 752-3 | 2 Chen CW. Respir Care. 2011 Jul;56(7):976-83 | 3 Kirakli C. Eur Respir J. 2011Oct;38(4):774-80

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Hamilton Medical Inc

PO Box 30008, Reno, NV 89502

(+1 800 426 6331

info@hamilton-medical.com

www.hamilton-medical.com

HAMILTON-T1