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Introducing Brina®, the new high-end mechanical invasive and non-invasive ventilator for adult, pediatric, and neonatal patients.

CHARACTERISTICS

• High-resolution touchscreen
• Detachable and modular design
• Smart and intuitive interface
• Comprehensive monitoring
• Wide variety of software features

Ultimate
touchscreen

High resolution 18” touchscreen with intuitive user interface makes the ventilator’s operation not only easy but quickly.

Detachable
and rotative

Highly visible alarm indicator. The design of the VentBox gives the user the possibility to mount it on a trolley, ceiling supply or shelf.

Brina is our most advanced ventilator to date and the outcome of more than 55+ years of experience.

Offering reliable and high-performance solutions for patient-adaptive ventilation.

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BRINA BROCHURE
BRINA NEO BROCHURE
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DESIGN

Improved design for more accurate measurements

Expiratory Port

The Expiratory Port has been specially developed for a more direct and precise electronic control of the respiratory phases of the breathing cycle. It enables an improved response time and the spontaneous breathing of the patient even during the inspiratory phase in pressure-controlled modes.

Paramagnetic Sensor

The Paramagnetic Sensor has been integrated to perform efficiently and continuously throughout the life cycle of the ventilator, removing the need of a periodic replacement.

USER EXPERIENCE

Simple and clean user interface.
Designed to take important decisions in different situations.

Active Lung

Active lung for a graphic and better visualization of the patient’s ventilatory condition. The compliance of the lung and the resistance of the airway are shown graphically and numerically. The lungs, together with the diaphragm, expand and contract synchronizing with the patient’s breaths.

Numerical Screen

Visualization designed to be used during the medical room review, improving
the visibility of the parameters from a distance.

Family View

Visualization designed to generate a friendly environment during family visits without losing monitoring of the basic ventilation parameters.

Modular design

Adaptable to different clinical environments and needs:
Masimo Pulse Oximeter

Masimo Pulse Oximeter

Integrated monitoring of SpO2, pulse rate and pletysmography curve.
Volumetric capnography

Volumetric capnography

Integrated monitoring of exhaled CO2 and display of volumetric curves over time, as well as measurements of physiological dead space.
Aergogen nebulizer

Aerogen nebulizer

High-performance drug delivery based on vibrating mesh technology.
Additional pressure port

Additional pressure port

Additional pressure port used to measure mean pressure.
Proximal Flow Sensor

Proximal Flow Sensor

The proximal flow sensor optimizes flow and volume monitoring independent from compressible volume in the patient circuit.
Inbuilt pneumatic nebulizer

Inbuilt pneumatic nebulizer

Additional port used to provide flow through a high-performing jet nebulizer.

Masimo Pulse Oximeter

Integrated monitoring of SpO2, pulse rate and pletysmography curve.

Volumetric capnography

Integrated monitoring of exhaled CO2 and display of volumetric curves over time, as well as measurements of physiological dead space.

Aerogen nebulizer

High-performance drug delivery based on vibrating mesh technology.

Additional pressure port

Additional pressure port used to measure mean pressure.

Proximal Flow Sensor

The proximal flow sensor optimizes flow and volume monitoring independent from compressible volume in the patient circuit.

Inbuilt pneumatic nebulizer

Additional port used to provide flow through a high-performing jet nebulizer.
SOFTWARE

Wide variety of modes and tools of ventilation for personalized and different clinical needs.

The AVA mode is an adaptive mode with optimal control that guarantees minute ventilation of the patient, generating a ventilatory pattern with the minimal respiratory work.
Oxygen therapy administered through nasal cannulas or masks has always been the first approach to alleviate hypoxemia in patients. The addition of this method expands the use of the ventilator to the stages that are prior and after the mechanical ventilation itself, by providing non-invasive assistance to oxygenation.
This tool allows a spontaneous breathing test to be performed before weaning, monitored in real time and completely safe with dedicated alarms.
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55+ years of experience committed to innovation and patient care

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