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Anaesthesia Machines

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Anaesthesia

    Anaesthesia Decision SupportAnaesthesia MachinesAnesthetic Gas MonitoringVaporizers
6 Products
Anaesthesia Machines - Atlan-A300-A300-XL

Dräger Atlan A300/A300 XL

  • Offers flexibility for most spatial conditions and supports lung protective ventilation measures
  • Confident minimal and low flow application
  • Can be networked to communicate bi-directionally with other devices, increasing ef…
ficiency
Anaesthesia Machines - Perseus-A500

Dräger Perseus® A500

  • High-quality ventilation for individualized strategies, supporting patient's spontaneous breathing
  • Workflow-support features streamline routine tasks, enhancing efficiency
Anaesthesia Machines - Zeus-Infinity-Empowered

Zeus® Infinity® Empowered

  • Integrates lung-protective ventilation functionalities and comprehensive monitoring
  • Cost saving gas delivery technology for TCA and qauntitative anaesthesia
Anaesthesia Machines - Atlan-A100-A100-XL

Dräger Atlan A100/A100 XL

  • Electronically controlled and electrically driven piston ventilator technology helps deploy lung protective ventilation measures
  • Designed to deliver minimal- and low-flow anaesthesia seamlessly
  • Fresh-gas and anaesthestic a…
gent delivery still possible even when the machine is switched-off
Anaesthesia Machines - Atlan-A350-A350-XL

Dräger Atlan A350/A350 XL

  • Provides flexibility for most spatial conditions and supports lung protective ventilation
  • Can be networked for bi-directional communication with other devices
Anaesthesia Machines - Fabius-MRI

Dräger Fabius® MRI

  • Designed for use in magnetic environments, certified for field strengths up to 40 mTesla
  • High precision piston ventilator supports lung protective ventilation measures

Combined with our patient monitoring solutions and accessories, your integrated anaesthesia workstation transfers all patient-relevant data to the point of care. So you can dedicate full attention to making safe, efficient and patient-oriented therapy decisions.

Lung Protective Ventilation in Perioperative Care
Explore a deeper understanding of how to fit the needs of every patient’s lung ventilation. How can you effectively ventilate neonatal, paediatric, or adult patient's lungs while protecting them at the same time? This continues to pose a major challenge in clinical settings.

Draeger-Low-Flow-Anesthesia-3-2-D-3381-2018

Low flow anaesthesia

We understand how perioperative lung protective ventilation during general anaesthesia can reduce the incidence of postoperative pulmonary complications (PPC). PPC are common complications after general anaesthesia. Read on and find out how low-flow anaesthesia can positively influence complication rates.

Learn more
Hospital staff treating a patient who is on a draeger ventilator

Lung protection during bariatric surgery

Obese patients are at a higher risk of complications. Learn why and how to address their specific perioperative care needs. Current literature highlights various ventilation and positioning methods to mitigate these risks.

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Doctor examines an X-ray image

Lung recruitment for atelectasis

Recruiting atelectasis intraoperatively can be an important clinical procedure, but is subject to controversy with respect to protective ventilation. 

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Baby is ventilated by a doctor

Protective Ventilation for Paediatric Anaesthesia

Explore the particular challenges of anaesthetising newborns, infants, and young children, especially main considerations during ventilation.

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Medical Device Interoperability in Perioperative Care

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We believe that medical device interoperability will boost our ability to deliver care. As your Acute Care Specialist, we bring together solutions, services, and expertise to offer integrated systems for operating rooms and beyond.

Learn more about our approach for Improving Acute Care with our connected solutions:  

Illustration of a hospital showing connectivity.
Are you prepared for upcoming challenges in perioperative care medicine?

Swipe to the right to learn more about our approach to medical device interoperability

Illustration of an operating room showing connectivity
Are you making the most out of clinical data in and around the OR?

Make the most out of near real-time data with Assisted Therapies

Illustration of an operating room showing connectivity
Do you want to have more time for your patients instead of administrative tasks?

Electronically export data in an HL7 format to hospital information systems

Illustration of a meeting room in a hospital. People are looking at analysis data
Do you want to reduce environmental pollution while saving money at the same time?

Utilize Hospital Data Analytics to reduce your anesthetic gas consumption:  Learn more

Illustration of an intensive care unit, connectivity and data protection is shown.
Are you concerned about unauthorized access to your patient data?

Your Cybersecurity is our priority to keep sensitive data protected

Illustration of an operating room showing connectivity
Are you interested in maximizing the uptime of your operating rooms?

Maintain devices and check device status remotely with Connected Maintenance

Medical staff stand in front of large monitor with vital parameters

Cybersecurity in healthcare: keeping devices and data secure

Cyberattacks can disrupt any industry, but in healthcare, where cybersecurity often lags, such disruptions can be life-threatening. Equipment malfunctions may endanger patients, and data theft can have long-lasting repercussions. Cyber threats are persistent, so your organization must protect IT systems, data, medical devices, and, most importantly, patients.

Learn more
Medical staff looking down during a surgical procedure

Green Anaesthesia

As much as 4.6% of global greenhouse gases are caused by the health sector.1 And of the total emissions of hospitals, 2% are due to volatile anesthetics.2 

Anesthetic gases have been widely administered during surgery for many years. But volatile anesthetics can also contribute to greenhouse gas emissions and potential climate change. 

A vast majority of anaesthesia cases include those employing halogenated inhalational agents (sevoflurane, desflurane and isoflurane) and non-halogenated agents (nitrous oxide), making the impact of inhaled anesthetics pollution is substantial.3  Inhaled anesthetic gases, which are exhausted directly to the atmosphere, are estimated to account for 5% of acute hospital CO2e emissions and 50% of perioperative department emissions in high-income countries.4 

Learn more

Get in touch with Dräger

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Contact Us Hospital
Draeger Australia Pty. Ltd.

8 Acacia Place
Notting Hill
Victoria 3168

1800 372 437
Draeger New Zealand Ltd.

Unit 4
24 Bishop Dunn Place
East Tamaki
Auckland 2013

0800 372 437
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