For Sale DRAEGER Fabius Tiro REF: 8606000-53 YOM: 2011 Anesthesia Machine

Includes:

- Dräger Fabius Tiro YOM: 2011 

The Dräger Fabius® Tiro is a premium anesthesia workstation designed to deliver reliable anesthesia delivery, advanced ventilation performance, and efficient workflow integration in modern operating rooms. Manufactured by Dräger, a global leader in anesthesia and critical care technology, the Fabius® Tiro combines high-precision ventilation, ergonomic design, and advanced patient monitoring compatibility for safe and effective anesthesia management.

Engineered for flexibility and space efficiency, the Dräger Fabius® Tiro is ideal for hospitals, surgical centers, outpatient clinics, and specialized operating rooms requiring a compact yet powerful anesthesia solution.

Key Features – Dräger Fabius® Tiro

-Advanced Ventilation Technology
-Equipped with high-performance piston ventilation for precise and reliable respiratory support.
-Compact & Space-Saving Design
-Slim workstation configuration ideal for operating rooms with limited space.
-Integrated Anesthesia Delivery System
-Supports safe and accurate administration of anesthetic gases and agents.
-User-Friendly Interface
-Ergonomic controls and intuitive layout improve workflow efficiency and ease of operation.
-Comprehensive Ventilation Modes
-Suitable for adult, pediatric, and neonatal anesthesia applications.
-Modular Monitoring Compatibility
-Integrates seamlessly with Dräger patient monitoring systems and accessories.

Technical Specifications – Dräger Fabius® Tiro

-Device Type: Anesthesia workstation / anesthesia machine
-Ventilation Technology: Electronically controlled piston ventilator
-Applications: General surgery, anesthesia, critical care support
-Patient Types: Adult, pediatric, neonatal
-Display: Integrated monitoring and ventilation interface
-Design: Compact, mobile, OR-ready workstation

Key Benefits

-Reliable Anesthesia Delivery
-Provides precise control of ventilation and anesthetic administration.
-Enhanced Patient Safety
-Advanced monitoring compatibility supports safe surgical care.
-Optimized OR Workflow
-Compact ergonomic design improves operating room efficiency.
-Versatile Clinical Performance
-Suitable for a wide range of surgical and anesthesia procedures.

Applications

-Operating Rooms (OR)
-Surgical Centers
-Hospital Anesthesia Departments
-Day Surgery Units
-Critical Care & Recovery Areas

Why Choose the Dräger Fabius® Tiro?

The Dräger Fabius® Tiro is a trusted anesthesia workstation offering advanced ventilation technology, compact design, and dependable clinical performance. It is the ideal choice for healthcare providers seeking a flexible and efficient anesthesia solution for modern surgical environments.



The Dräger Fabius Tiro is a compact yet highly capable anaesthesia machine, manufactured in 2011. This device is designed to meet the demands of a variety of surgical environments, offering reliability and precision in administering anaesthesia. With user-friendly controls and an intuitive interface, practitioners can administer medications with ease and accuracy, ensuring patient safety and comfort.

Although this Fabius Tiro is a used unit, it maintains Dräger’s standard of quality and performance. It is equipped with essential features to support both routine and complex procedures. Its modular design allows for easy integration into different hospital settings, making it a versatile choice for facilities of all sizes. The robust build ensures longevity, while its compact form factor maximizes space in operating rooms.

For facilities looking to upgrade their anaesthesia systems economically, the Dräger Fabius Tiro from 2011 remains a practical choice due to its dependable performance and enduring design. Whether in a high-traffic OR or a specialized unit, this machine aims to meet diverse operational needs effectively.Return Policy21 Day Return Policy. Free Return. All items are sold as-is in their present condition. Returns or refunds will not be accepted unless explicitly stated. Warranty terms are available upon request.