Information and Downloads
EVE-IN Intensive Care Transport Ventilator, portable designed for Hospitals
EVE-IN Intensive is a versatile intensive care transport ventilator designed for Hospitals with both invasive and non-invasive state-of-the art ventilation technology for Adult, Child and Neonate patients at the touch of a button. EVE-IN has leading edge turbine technology, a high performance ventilator delivering Critical care during transportation. Additionally there is a customized docking station which includes power supply, cylinder bracket and a nurse call function. Ventilation can be performed in both pressure and volume controlled modes. Basic ventilation modes can be combined with additional options, such as PRVC, PSV and tube compensation ensuring optimal patient supply.
Complete Ventilation through to Intensive Care The ventilation system consisting of EVE-TR and EVE-IN permits complete patient care from emergency site to intensive care unit. While EVE-TR is mainly used in emergencies and during transport, EVE-IN is a fully-fledged intensive care respirator which ventilates the patient in the inner hospital environment.
The Ventilation system for Emergency, Transport and Intensive Care Inner-clinical Transport In a clinical environment, EVEIN with its optimized functionality and multiple ventilation options allow the best possible treatment. During transport or diagnostics,it can be simply and safely attached to the patient’s bed, transport trolley or to a standard rail by means of a multi-functional bracket. An additional backup device is not required.
EVE-IN one Intensive Care Ventilator providing ventilation for ALL patients
The EVE-IN Versatile Intensive Care Respirator provides safe and effective ventilation with 3 modes at the touch of a button:
Adult [Vt:60-2000ml], Paediatric [Vt:20-300 ml] and Neonate [Vt:2-50ml]. The specially developed flow circuits ensure optimum accuracy across all patient types.
Advanced Ventilation modes: Invasive & Non-invasive
- Volume controlled ventilation: VC-SIMV, VC-CMV
- Pressure Controlled ventilation: PC-SIMV, nPC-SIMV, PC-CMV, nPC-CMV, PC-ACV, PC-ACV+
- Modifications: PSV, PRVC, NEB [Drug Nebulizer], ETT Compensation
- CPAP, nCPAP, CPAP Backup, SPONT, DUOPAP, 02 Therapy + HighFlow 02 [0 - 60 L/min]
- Inspiration Hold, Preoxygenation
Ventilation can be performed in both pressure and volume controlled modes. Basic ventilation modes can be combined with additional options, such as PRVC, PSV and tube compensation ensuring optimal patient supply. A series of different maneuvers are also available.
Independant Air Supply - Turbine driven EVE-IN intensive care respirator can be easily and quickly connected to hopsital 02 gas supply or compressed air equally it can be fully independant from gas supply or compressed air, as EVE-IN has an internal turbine air supply. EVE-IN at under 6kgs reduces weight, improves mobility, saves space and with hot swap battery pack you have up to 12 hours continuous battery use and diverging from the emergency version (EVE-TR), oxygen measurement is via an oxygen sensor. EVE-IN is truly portable and can operate virtually independent of gas and power supply if required.
8.4 inch Full Colour Touch screen display
Detailed Monitoring EVE-IN offers a high definition 8.4" colour touch screen display and may be operated via touch screen and rotating knob. Detailed monitoring guarantees both safe and efficient control. Displays all ventilation modes, parameters, alarms, events, manoeuvres, measurements and information. Up to three curves can be displayed simultaneously. Precise and informative lung diagnostics are possible via expiratory CO2 measurement and loops. The user can select three different confi gurable curve displays. In addition, up to 15 different ventilation parameters can be shown.
Waveform Capnography & Pulse Oximetry plus optional sensorsPulse Oximetry Sp02 and Mainstream or Sidestream Masimo Capnography [options] Non-dispersive Infrared [NDIR] sensor technology ensures accurate measurements of EtC02 and Respiratory Rate. Meets the AAGBI and NAP4 guidelines for capnography. Importantly it supports the new 2015 ERC/UK Resuscitation Council use of Waveform Capnography. There are optional Masimo rainbow SET sensors such as SpC0 a non-invasive measurement of carbon monoxide for diagnosis of C0 poisoning.
Optimised Power & Docking stations EVE-IN Intensive Care respirator has optimised power with a 6 hour continuous use battery, an external 'hot-swap' battery pack provides additional 6 hours use. EVE-IN can quickly be connected to a docking station which includes power supply, cylinder bracket and a nurse call function and allows operation and simultaneous charge of battery pack. Additionally we have mobile stand options to house the docking station and EVE-IN when attached.