Nautilus™ Smart ECMO Module

Simplify your circuit with the first oxygenator featuring integrated monitoring. The Nautilus™* Smart ECMO Module improves long-term gas transfer¹ while providing real-time device performance data accessible from an intuitive touch screen.

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An Image of Nautilus Smart ECMO Module, showing the device inlet, touch screen display, and green indicator light

Alert Indications, Safety, and Warnings

Overview

Simplification. Monitoring. Alerts in Real Time.

View the animation to see how the Nautilus™ Smart module improves long-term^† gas transfer¹ while providing real-time device performance data.

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Device Features

PERFORMANCE PREDICTABILITY

View monitored parameters on the interactive touch screen

Pressure In/Pressure Out/Δ P
O₂ Saturation In/O₂ Saturation Out
Temperature Out
Set alarm limits
Receive visual and audio alert notifications

CIRCUIT SIMPLICITY

Integrated sensors may eliminate the need for pressure transducers and external blood saturation monitoring.
Simplify the circuit for patient transport, ambulation, and rehabilitation.
Fewer connections minimises number of areas prone to blood clot formation and air entrainment.

A close-up image showing the integrated sensor in the blood inlet port of the Nautilus Smart ECMO Module

A close-up image showing the integrated sensor in the blood outlet port of the Nautilus Smart ECMO Module

STREAMLINED WORKFLOW

Light bar provides at-a-glance assessment of oxygenator performance.
Reduce need to look at multiple devices to get oxygenator-related performance data.
Visual and audio alerts when limits are exceeded.
Displayed data allows clinicians to clearly communicate oxygenator status among ECMO team members.

An Image of Nautilus Smart ECMO Module, showing the device inlet, touch screen display, and indicator light

DESIGNED FOR ECMO

CIRCULAR FLOW-PATH TECHNOLOGY

The Nautilus™ Smart ECMO Module has a transverse flow-path with a circular profile. Transverse flow minimises surface contact area while achieving a low blood-side pressure drop. The circular profile eliminates corners where low flow and stasis are known to occur. Designed for durability¹ and long-term performance, the circular flow-path design improves long-term gas transfer.¹

Circular Shape

Eliminates corners, areas known for clotting

Guided Inlet

Reduces velocity changes at the inlet where low flow and stasis may occur

Filling Vanes

Aid in even filling and even flow distribution across the membrane

Performance Data

Designed for durability¹ and long-term performance.

BLOOD PATH PRESSURE DROP

HEAT EXCHANGE PERFORMANCE FACTOR

OXYGEN TRANSFER

CARBON DIOXIDE TRANSFER

Bench data; may not be indicative of clinical performance.

ORDERING INFORMATION

Contact your local Medtronic representative for availability in your country.