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Over the years, Dräger products have made such an impact on hospital design that it is hard to imagine life without them. The name Dräger stands for quality and innovation of the world -over. So, when you decide it’s time to add an MRI suite to your medical unit, Dräger Fabius MRI is your best choice.
The Fabius MRI ventilator reflects Dräger’s legacy of quality and innovation. Over the years, Dräger systems have shaped modern hospital design. Therefore, when you plan a new MRI suite, the Fabius MRI ventilator becomes a reliable choice.
Moreover, this system is engineered specifically for MRI environments. As a result, it ensures patient safety, workflow efficiency, and precise anesthesia ventilation.
The Fabius MRI ventilator uses advanced E-Vent piston technology. This technology delivers accurate and stable ventilation. At the same time, it eliminates the need for driving gas. Therefore, it is ideal for MRI suites.
In addition, the electronically controlled system supports safe performance inside strong magnetic fields. Consequently, clinicians can focus fully on patient care.
The Fabius MRI ventilator supports all essential ventilation modes. These include volume control, pressure control, pressure support, and SIMV/PS. As a result, it adapts easily to different clinical needs.
Furthermore, features like dynamic compliance compensation and fresh gas decoupling improve ventilation precision. Therefore, anesthesia delivery remains gentle and consistent. The pop-up APL release valve also enhances safety during manual ventilation.
The integrated COSY 2.6 breathing system improves ergonomics and workflow. At the same time, it maintains leak-tight performance.
As a result, the Fabius MRI ventilator fits seamlessly into MRI environments.
The Fabius MRI ventilator features a bright TFT color display. Therefore, visibility remains excellent even from a distance.
Consequently, clinicians can monitor patients quickly and accurately.
Two powerful LEDs enhance safety awareness:
These indicators remain visible from multiple angles. As a result, alarms are noticed even from the MRI control room.
Anesthesia plays a critical role in MRI diagnostics. Many patients require ventilation during transport and imaging. Therefore, the Fabius MRI ventilator is built specifically for MRI use.
It is MR-conditional and tested with 1.5T and 3T MRI systems. Additionally, it operates safely at magnetic field strengths up to 40 mtesla (400 gauss). As a result, clinicians can rely on consistent performance without compromise.
Beyond ventilation, the Fabius MRI ventilator improves clinical workflow. Its large, high-visibility screen keeps staff informed at all times. Consequently, decision-making becomes faster and safer.
In conclusion, the Fabius MRI ventilator delivers precise anesthesia ventilation, MRI safety, and operational confidence. Therefore, it remains a dependable solution for modern MRI suites.