The first high-performance invasive ventilator based on

the automation of a manual resuscitation device

Heavy duty highly automated device

Easy and intuitive

operation

Portable device, does

not require installation

Accuracy and safety

An intensive care device that allows monitoring and control of key ventilation parameters.

It has been designed to work intensively, and without interruption. It has different ventilation modes, providing great versatility to treat patients in different invasive ventilation phases.

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Different ventilation

modes

Reading of tidal volume,

pressure and flow provided

to the patient remotely

Security control

with alarm system

Graphs display

in real time

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Different ventilation methods to treat patients in different phases of invasive ventilation

 

Control Volume

Ventilation mode with target tidal volume adjusting stroke of linear actuator. Itis a non assisted ventilation mode designed for sedated patient treatment. The physician set up tidal volume, frequency and I:E Ratio. This ventilation mode includes the possibility of autoadjustment of minimum and maximum tidal volume and PPI pressure on RESPIRA Advanced version.

This mode is available on both models

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Volume Assist-Control

Weaning mode: the patient is the trigger of ventilation between frequencies. This ventilation mode includes the possibility of autoadjustment of minimum and maximum tidal volume and PIP pressure.

Mode available on RESPIRA Advanced version

Volume Assisted

This ventilation mode is usable for weaning ventilation. The patient trigger the frequency. The physician set up tidal volume, trigger sensibility and apnea time. This ventilation mode includes the possibility of autoadjustment.

Mode available on RESPIRA Advanced version

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Autoadjust

Self-adjustment setting set up tidal volume limits according to preset maximum inspiratory pressure. At the same time, it allows pressure adjustments based on tidal volume limits.

Mode available on RESPIRA Advanced version

Trigger

RESPIRA allows to adjust trigger sensitivity (-1cm, -2cm, -3cm H2O) vs. PEEP

Mode available on RESPIRA Advanced version

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A device for emergency ventilation and intensive care that allows to control and monitor the key parameters of ventilation

Tidal volume control

This device adjusts the volume of air supplied to the patient (tidal volume) by controlling the actuator stroke which compress (AMBU) device.

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Volume and

pressure sensor

on each side for

more comfort

This device collects air flow, pressure and tidal volume from sensors to control the amounts delivered to patient, safety system and it does not require installation.

Advanced mode available for sensor calibration

FiO2 external sensor as accessory available

In addition, RESPIRA allows the incorporation of an external FiO2 sensor in the circuit to measure the % of oxygen.

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SIEMENS PLC control

with a simple and intuitive interface for maximum safety

Parameter display in real time

- Insufflation Volume

- Inspiration and expiration pressure 
 (maximum, plateau and minimum)

- Oxygen supply via FiO2 sensor with

 independent display (optional)

 

Graphs display in real time

- Insufflation flow

- Inspiration and expiration pressure

- Insufflation volume

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Safety Alarm

System

Built-in alert system shown in device screen prevents incidence or deviation on respirator parameters. It also incorporates a acoustic alarm system.

- Maximum volume (adjustable)

- Minimum volume (adjustable)

- Maximum (PPI) pressure (adjustable)

- Minimum (PEEP) pressure (adjustable)

- Apnea (*) Available with the Advanced model

- Actuator error

- Breathing circuit disconnection

- Voltage drop

Functionalities comparison of RESPIRA device versions

 

Ventilation mode

Control Volume

Assist Volume

Assist-Control Volume

Autoadjust (*)

(*) Self-adjustment setting set up tidal volume limits according to preset maximum inspiratory pressure. At the same time, it allows pressure adjustments based on tidal volume limits.

Basic

Advanced

Ventilation parameters

Basic

Advanced

Tidal volume adjustment

Ventilation frequency 10 - 30 rpm

I: E Ratio adjustable from 1: 1 to 1: 3 with intervals of 0.5

Controllable pressure by PEEP valve

Trigger sensitivity (-1 cm, -2 cm, -3 cm H2O) vs. PEEP

Parameters for ventilation monitoring

Basic

Advanced

Insufflation volume

Inspiration pressure (maximum and plateau)

Expiration pressure (minimum pressure)

Time counter

FiO2 sensor (Optional accessory)

Visualization of graphs in real time

Basic

Advanced

Inspiration and expiration pressure

Insufflation flow

Insufflation volume

Data register

Security alarm system with visual and acoustic alerts

Basic

Advanced

Maximum Tidal Volume (0 to 999ml)

Minimum Tidal Volume (0 to 998ml)

Maximum inspiration pressure (0 to 60cmH20)

Minimum expiration pressure (0 to 60cmH20)

Apnea

Actuator error

Breathing circuit disconnection

Voltage drop

TECHNICAL FEATURES

Control mode:

SIEMENS PLC with a very simple and intuitive interface

Software and user manual:

Available in English, Spanish, French, German, Russian and Portuguese

Display mode:

Interactive 4” touch panel (HMI)

Ventilation mode:

Control Volume

Assist Volume (*) Available with the Advanced model

Assist-Control Volume (*) Available with the Advanced model

Autoadjust: Self-adjustment setting set up tidal volume limits according to preset maximum inspiratory pressure. At the same time, it allows pressure adjustments based on tidal volume limits.

(*) Available with the Advanced model

Patient type:

Adult > 20Kg

Ventilation parameters:

Tidal volume adjustment by compression of the AMBU, from 0 ml to 999ml

Ventilation frequency 10 - 30 rpm

I: E Ratio adjustable from 1: 1 to 1: 3 with intervals of 0.5

Controllable pressure by PEEP valve

Trigger sensitivity (-1 cm, -2 cm, -3 cm H2O) vs. PEEP

FiO2 sensor (Optional accessory)

Parameters for ventilation monitoring:

Insufflation volume

Inspiration and expiration pressure (maximum, plateau and minimum)

Time counter

Real respiratory frequency

Visualization of graphs

in real time:

Inspiration and expiration pressure

Insufflation flow

Insufflation volume

Data register

Security alarm system with visual and acoustic alerts:

Maximum Tidal Volume (0 to 999ml)

Minimum Tidal Volume (0 to 998ml)

Maximum PPI Pressure (0 to 60cmH20)

Minimum PEEP Pressure (0 to 60cmH20)

Upper and lower respiratory frequency

Apnea

Actuator error

Breathing circuit disconnection

Voltage drop

Power:

AC 110 - 120V, 60Hz  / AC 220 – 240V, 50Hz

Device dimensions:

390mm x 235mm x 385mm

Weight:

10 Kg

ADDITIONAL FEATURES

Mechanical movement:

Vertical displacement with linear actuator with servo engine. Adjustable stroke to different sizes of manual resuscitators or AMBUs, both disposable and reusable. Use both with atmospheric air, as well as with oxygen supply and reservoir.

Accessories:

Battery (SAI) with 45min autonomy

Auxiliary ventilator car

Accessories kit (without FiO2 sensor)

Accessories complete kit (with FiO2 sensor)

TECHNICAL DRAWING

Developed together with

With the collaboration and participation of our partners

For more information contact

with us through the mail

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@Gpainnova

#RESPIRA  #GPAINNOVA

C/Caracas 13-15, Nave 6 · 08030 · BARCELONA, España.

www.gpainnova.com

 

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