Drager Apollo Anesthesia Workstation

apollo_D-7074-2009-500x500The healthcare environment is becoming gradually more integrated, in turn, it places a higher demand on anesthesia products. The Apollo Anesthesia Workstation meets these demands. With a greater emphasis on cost reduction in healthcare, this workstations helps lower operating costs and increases reimbursement.

Apollo plays an important role in optimizing your anesthesia workflow and reducing process costs with features such as the fully automatic self-test. Since no user interaction is required, you are free to get on with other jobs. In addition to providing you with invaluable assistance through best-in-class therapy, Apollo also offers you an open-platform architecture – enabling it to be easily integrated into your overall workflow.

Advanced Ventilation
Apollo has the ventilation technology to care for patients of any age and acuity. The E-Vent plus servo controlled high-speed piston ventilator works with great precision to supply a maximum peak flow far in excess of any bellows ventilator, resulting in the kind of performance previously only seen in the ICU. Additionally, unlike a bellows ventilator, it requires no drive gas. The very short response time has clear physiological benefits for your patients while the digital precision helps you make the most of the latest ventilation modes.

Enhanced Monitoring
Create your own custom-designed anesthesia workstation by adding our Infinity® Omega Solution and Innovian Anesthesia information management system. Infinity’s Pick and Go® transport solution not only offers seamless monitoring during transport, its intelligent docking stations and clean cabling system minimize transition times while helping optimize data continuity and patient care.

Unique Low-Flow Wizard
The Drager Apollo Anesthesia Workstation is designed to support the user in optimal low and minimal flow settings. The consistent use of low-flow anesthesia techniques can significantly reduce the cost of inhalational anesthetic agent. Reducing the fresh gas flow from 3L/min to 1L/min can result in anesthetic agent savings of up to 50%.

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