Zeus® Infinity® Empowered
- Integrates lung-protective ventilation functionalities and comprehensive monitoring
- Cost saving gas delivery technology for TCA and qauntitative anaesthesia
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Our advanced integrated anaesthesia solutions offer precision & decision support for safe, patient-centric & streamlined workflow
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Blower-Technology, Electronically-controlled TurboVent2
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up to 90 min
Highlights
Lung-protective ventilation functionalities, cost-saving gas delivery technology, decision-support tools and comprehensive monitoring. Zeus IE integrates them all into one advanced anaesthesia workstation. It can, hence, improve clinical outcome, workflow efficiency, and cost savings throughout the anesthesia process.
Cost-saving gas delivery and Quantitative Anaesthesia
The Zeus IE can be operated in conventional Fresh Gas Mode and in Auto Control mode (Target Control Anaesthesia - TCA).
Auto Control mode (TCA):
- Less user interactions are required as clinician sets only the targets for FiO2 and expiratory anaesthetic … More information
Blower ventilation technology
The blower ventilator is a pressure source which requires no driving gas to operate. It reduces actively the inspiratory resistance to enable spontaneous breathing and hence reduces WOB, even in Man/Spont mode. The virtually unlimited flow enables ve … More information
ry fast reaction times to even the weakest spontaneous breathing effort. The blower ventilator generates a circular flow that considerably reduces dead space at the Y-piece which is especially important when ventilating neonates:Facilitates and always supports the patient's spontaneous breathing on both pressure levels (BiPAP)Enables CPAP applicaton during Man/Spont to keep lungs of even obese and critically ill patients openKeeps the set PEEP level stable even in case of leakagesLung-protective ventilation applications
Besides all traditional and sophisticated ventilation modes Zeus IE can be equipped with the following options which can enhance lung-protective ventilation applications in the OR. Lung-protective ventilation can contribute in the reduction of ventil … More information
ator-induced lung injuries which can lead to postoperative pulmonary complications:Smart Ventilation Control (SVC)Ventilation target set by clinician e.g. controlled, supported spontaneous breathing, or spontaneous breathingAutomated and smooth transition from controlled ventilation to spontaneous breathing during anaesthesia courseReduction of user interactions by automated adaptation of ventilator support until the patient is ready for extubationCompliant with recommendations of respective healthcare societies how to protect lungs of surgical patients (e.g. tidal volume is set in ml per kg of ideal body weight)Setting targeted etCO2 range to avoid hypocapnia and hypercapniaQuick and easy start with ventilation by just setting patient height and ventilation targetLung Recruitment toolTwo automated methods: Single-step and multi-step recrutiment manoeuvres to improve oxygenation and to avoid anaesthesia induced atelectasisSingle-step maneouvre applies the set pressure for defined time and compares the lung complicance values before and after the maneouvre to asses the recruitment resultMulti-step maneouvre applies incremental and decremental pressures based on settings by cliniciansCursor function to determine optimal PEEP during decremental phase in multi-step recruitmentAutomatic adjustment of pressure high alarm to avoid redundant alarms during recruitment maneouvresReminder function enables for ensuring periodical application of the maneouvresDuring multi-step maneouvre the clinician can manually start the decremental phase to inhibit further increase of airway pressure which can negatively influence the haemodynamics of the patientFunctions and parameters (e.g. PV Loops and compliance trends) help to assess if and when to deploy recrutiment maneouvresOptimised drug administration
Integrated SmartPilot® View is a software option to simulate and visualise the combined effects of analgesics and hypnotics. Beside displaying current depth of anaesthesia it provides a 20 minute prediction for the course of anaesthesia. This assists … More information
clinicians to optimize intraoperative drug administration accordingly. It can avoid over-dosage and hangover times after the end of surgery.Based on pharmacokinetic and pharmacodynamic patient modelsIsobole lines in 2D diagram representing areas of probability how patients will react to a defined pain stimulus, and indicating level of anaesthesia e.g. TOL 90, TOL 50, TOSSCommunicates with DIVA (direct injection volatile agent) module to enable "what if" function to show the calculated effect of a volatile agent setting before it is even confirmedDisplayed as split screen application on main screenEfficient workplace design
It was the target during the development of Zeus IE to improve workflow efficiency and ease of use to enhance staff satisfaction. In this regard it offers a lot of features and functionalities:
- 20" user interface to set and to monitor ventilation para … More information
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