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Dräger Evita 2 Dura (1998)

✓ Certified Professional Seller

Dräger Surgical & Therapeutic Equipment

Dräger Evita 2 Dura (1998)

Two ventilation curves and six measured values, arranged the way a unit reads them.

Delivering a breath is half the work; showing what the breath did is the other half. The Evita 2 dura reports airway pressures, volumes, flow and a weaning index on a full-colour screen whose layout, alarms and start-up settings are configured to the practice of the unit running it. Listed on Medigear.uk for UK business buyers.

Sections

ICU Ventilators

Categories

Surgical & Therapeutic Equipment

Condition

Refurbished

Year

1998

Origin

Poland

Seller Type

Certified Professional Seller

CE & ISO Certified

Global Shipping

Supplier: Medigear

A ventilator setting is a hypothesis about the lung. What comes back on the screen is the evidence, and the value of a monitoring display lies in whether the numbers a particular unit reasons with are the ones actually in front of the nurse at three in the morning.

The Evita 2 dura presents that evidence on a high-resolution full-colour screen carrying two ventilation curves and six measured values simultaneously, and the arrangement is configurable. A unit that reasons in pressures can foreground peak, plateau and mean airway pressure with PEEP; a unit focused on delivered volume can bring minute volume, tidal volume and frequency forward. Start-up settings are configurable in the same way, so a ventilator returns to the unit's own defaults rather than to a generic baseline each time it is prepared.

The measured set covers both patient and ventilator. Airway pressure is reported as peak, plateau and mean values alongside PEEP; volumes are reported as delivered tidal and minute volume with the spontaneous portion distinguished, which is what makes weaning progress visible; frequency separates mandatory from spontaneous breaths. The rapid shallow breathing index is calculated directly, giving the ratio of frequency to tidal volume that weaning assessment commonly turns on, without a separate calculation at the bedside.

Where the capnography option is fitted, the picture extends into gas exchange. End-tidal carbon dioxide is measured across 0 to 100 mmHg, carbon dioxide production is reported to 999 mL per minute at STPD, and serial dead space and the ratio of dead space to tidal volume are derived from it. Those figures speak to how much of each breath is reaching gas exchange, which a pressure and volume display alone cannot show.

Loop displays are available as a further option, presenting pressure against volume, volume against flow and flow against pressure, with reference loops stored for comparison as a patient's mechanics change across a stay.

Alarms cover airway pressure high and low, minute volume, tidal volume, frequency, oxygen concentration and apnoea, with limits set to the patient and the unit's escalation practice.

Underneath the monitoring sits a full intensive care ventilator: IPPV and IPPV Assist, SIMV and SIMV with assisted spontaneous breathing, MMV, BIPAP in its assisted and pressure-supported forms and CPAP with pressure support, with APRV and ILV as options. Tidal volumes run from 0.003 to 2.0 L across the patient range, inspiratory pressure to 80 mbar, PEEP to 35 mbar and oxygen from 21 to 100 percent, with leakage and hose system compensation correcting for the circuit and an outlet provided for a pneumatic nebuliser.

Clinical judgement remains with the treating team. Whether a value calls for a change, how a trend should be read and what any index means for a given patient are decisions for the responsible clinicians. The software version, the monitoring and mode options fitted and the service history are set out by the seller at quotation, with CE marking documentation, the declaration of conformity, a decontamination certificate and warranty terms issued by the manufacturer or held by the seller.

Adult intensive care is served by a display holding pressures, volumes and flow together, so the effect of a setting change is visible on the same screen that carries the setting.

Weaning assessment is supported by delivered volumes that separate spontaneous from mandatory breathing and by a rapid shallow breathing index calculated at the ventilator.

Lung protective ventilation is supported by plateau pressure reported alongside peak, since the two describe different aspects of what the lung is experiencing.

Gas exchange assessment is available where capnography is fitted, with carbon dioxide production, serial dead space and dead space ventilation reported alongside end-tidal values.

Changing respiratory mechanics across a stay can be followed through the optional loop displays, with reference loops stored for comparison against an earlier point.

Paediatric intensive care runs on the same platform from 3 kg, with the monitoring set scaled to the patient type selected.

Neonatal work is covered where NeoFlow is fitted, from 0.5 kg with tidal volumes from 3 mL and rates to 150 per minute.

The Numbers a Unit Reasons With, in View

Two ventilation curves and six measured values appear together, with the selection configured so the figures a particular unit acts on are the ones on screen.

Pressure Described Three Ways

Peak, plateau and mean airway pressure are reported alongside PEEP, so both the highest pressure reached and the pressure the lung is held at are visible.

Weaning Progress Made Visible

Spontaneous volume is distinguished from mandatory, so the share of the work a patient is carrying can be read from the screen.

A Weaning Index Calculated at the Bedside

The rapid shallow breathing index is derived by the ventilator itself, giving the frequency to tidal volume ratio without a separate calculation.

Gas Exchange Where Capnography Is Fitted

End-tidal carbon dioxide, carbon dioxide production, serial dead space and dead space ventilation show how much of each breath is reaching gas exchange.

Mechanics Compared Against an Earlier Point

Optional loop displays store reference loops, so pressure-volume behaviour can be compared as a patient's mechanics change across a stay.

A Ventilator That Starts Where the Unit Expects

Start-up settings are configurable, so a prepared ventilator returns to the unit's own defaults.

Alarms Set to the Patient

Airway pressure, minute volume, tidal volume, frequency, oxygen and apnoea alarms are set to the individual and the unit's escalation practice.

Circuit Effects Corrected Before Display

Leakage compensation and hose system compensation adjust for what the circuit contributes, so displayed delivery reflects the setting.

Three Patient Groups on One Display

Adults and children from 3 kg, extending to neonates from 0.5 kg where NeoFlow is fitted, with the monitoring set following the patient type.

Monitoring Configuration Stated Before Order

The graphics, capnography and loop options fitted are set out by the seller at quotation, so what a buyer receives is established in writing.

Trolley-Mounted Intensive Care Ventilator

Ventilation with integrated monitoring for adults, children and, with NeoFlow, neonates, on a mobile trolley.

Year of Manufacture: 1998

Bearing on software version, monitoring options fitted, upgrade history and support arrangements.

High-Resolution Full-Colour Display

Two ventilation curves and six measured values shown simultaneously.

Configurable Screen Layout

The displayed value set and arrangement chosen to suit the unit's practice.

Configurable Start-Up Settings

Default settings held to a unit's own preparation practice.

Airway Pressure Monitoring

Peak, plateau and mean pressure reported alongside PEEP.

Volume Monitoring

Delivered tidal and minute volume with the spontaneous portion distinguished from the mandatory.

Frequency Monitoring

Total rate with mandatory and spontaneous breaths separated.

Rapid Shallow Breathing Index

The frequency to tidal volume ratio calculated by the ventilator for weaning assessment.

Capnography Option

End-tidal carbon dioxide across 0 to 100 mmHg, supplied as an option on this platform.

Carbon Dioxide Production

Reported to 999 mL per minute at STPD where capnography is fitted.

Serial Dead Space and Dead Space Ventilation

Dead space to 999 mL at BTPS and the dead space to tidal volume ratio to 99 percent.

Loop Displays

Pressure-volume, volume-flow and flow-pressure loops with reference loop storage, available as an option.

Alarm Set

Airway pressure high and low, minute volume, tidal volume, frequency, oxygen concentration and apnoea.

Ventilation Modes

IPPV and IPPV Assist, SIMV and SIMV with ASB, MMV and MMV with ASB, BIPAP with its assisted and pressure-supported forms, and CPAP with pressure support.

APRV and ILV Options

Airway pressure release ventilation and independent lung ventilation, available as options.

AutoFlow and Automatic Tube Compensation

Automatic adaptation of inspiratory flow in volume-controlled modes, with tube compensation supplied as an option.

Non-Invasive Mask Ventilation

Available as an option, with leakage compensation correcting for the interface.

Patient Range: From 0.5 kg

Adults and children from 3 kg as standard, with infants and neonates from 0.5 kg where NeoFlow is fitted.

Tidal Volume: 3 mL to 2.0 L

0.1 to 2.0 L adult, 0.02 to 0.3 L paediatric and 0.003 to 0.1 L neonatal, at BTPS.

Inspiratory Pressure and PEEP

Inspiratory pressure to 80 mbar with PEEP and intermittent PEEP to 35 mbar.

Oxygen Concentration: 21 to 100 Percent

Delivered across the ventilation modes.

Leakage and Hose System Compensation

Correction for circuit leakage and for the compliance of the hose system.

Pneumatic Nebuliser Outlet

An outlet provided for medication nebulisation during ventilation.

Modular Upgrade Path

Graphics, carbon dioxide monitoring and specialised modes designed to be added across the platform's life.

CE Marking and Declaration of Conformity

Issued by the manufacturer and requested from the seller at quotation.

Decontamination Certificate and Warranty Terms

Provided by the seller at quotation, in line with normal practice for used clinical equipment.

This Dräger Evita 2 dura was built in 1998, and the case for it rests on what the ventilator reports back. A high-resolution full-colour screen carries two ventilation curves and six measured values at once, and both that selection and the start-up settings are configured to the unit, so the figures a particular team reasons with are the ones in front of them. Airway pressure is reported as peak, plateau and mean alongside PEEP; volumes distinguish the spontaneous share from the mandatory, making weaning progress readable; and the rapid shallow breathing index is calculated at the ventilator. Where capnography is fitted, end-tidal carbon dioxide, carbon dioxide production, serial dead space and dead space ventilation extend the picture into gas exchange, and optional loops store references for comparison as mechanics change. Underneath sits a full intensive care ventilator across IPPV, SIMV, MMV, BIPAP and CPAP with pressure support, spanning 3 mL to 2 L across three patient groups. Clinical judgement remains with the treating team throughout. The software version, monitoring and mode options fitted, and the service history are set out by the seller at quotation. Medigear.uk lists the ventilator for UK business buyers and can arrange delivery, installation, staff familiarisation, service cover and the supply of spares and consumables. Enquire for a written quotation.

FAQ

Frequently Asked Questions

Everything buyers need to know about sourcing medical equipment through MediGear.

It is a trolley-mounted intensive care ventilator with an integrated full-colour monitoring display, covering adults and children from 3 kg and extending to neonates from 0.5 kg where the NeoFlow option is fitted. This unit was built in 1998.

Two ventilation curves and six measured values simultaneously, with the selection and arrangement configured to what a particular unit wants in view.

Peak, plateau and mean airway pressure alongside PEEP, giving both the highest pressure reached and the pressure the lung is held at.

Delivered volumes distinguish the spontaneous portion from the mandatory, and the rapid shallow breathing index is calculated directly as the ratio of frequency to tidal volume.

End-tidal carbon dioxide across 0 to 100 mmHg, carbon dioxide production to 999 mL per minute, serial dead space and the ratio of dead space to tidal volume.

It shows how much of each delivered breath is reaching gas exchange, which pressure and volume figures alone do not reveal.

Pressure-volume, volume-flow and flow-pressure loops are available as an option, with reference loops stored for comparison as mechanics change.

Yes. The ventilator can be configured to return to a unit's own defaults when prepared, rather than to a generic starting point.

Airway pressure high and low, minute volume, tidal volume, frequency, oxygen concentration and apnoea, with limits set to the patient.

IPPV and IPPV Assist, SIMV with assisted spontaneous breathing, MMV, BIPAP in assisted and pressure-supported forms and CPAP with pressure support, with APRV and ILV as options.

Enhanced graphics, capnography and the loop displays were ordered separately on this platform, so the monitoring fitted is set out by the seller at quotation.