The CARDIOHELP will be approved for both ground and air transportation. It can be securely installed in any ambulance, helicopter or aircraft and can be connected to the on-board power supply. In the development of the unit, special attention was devoted to ensuring that the housing is extremely well protected against impacts, vibrations and splashing water. Weighing only 9.4 kg (not including disposables or gas supply) the CARDIOHELP will be handle. The CARDIOHELP can be connected to any regular external power source and to powersystems in by ambulances, helicopters and airplanes. The integrated rechargeable battery provides 90 minutes of operation without an external power supply.
Data recording intervals can be set individually. At the shortest possible interval of three seconds, CARDIOHELP stores the data of three complete days. These data records can be exported through USB and network connections or stored onto a memory stick at any time.
Het disposable systeem, de zogenaamde HLS-modules, waarmee de CARDIOHELP werkt bestaan uit een speciaal verstevigde oxygenator en een centrifugaalpomp systeem, geïntegreerd in één disposabel. De HLS-modules zijn uitgerust met 3 sensoren voor bloeddrukmeting en temperatuursensoren. De HLS-module is van een BIOLINE-coating voorzien en is bedoeld om minimaal 14 dagen te functioneren voordat zij vervangen moet worden.
The various oxygenators and pump units can be docked simply onto the CARDIOHELP and are immediately ready for use. Three operating modes and three disposables mean that the CARDIOHELP system can be adapted to the specific requirements of the operating room, intensive care unit and patient transportation.
All disposables have the following features:
- Blood compatibility: Heparin coating, minimized extrinsic surface and small priming volume, gentle blood transport and no blood-air contact
- Safety: No plasma leakages and no risk of microbubbles, thanks to a diffusion membrane; housing materials specially strengthened for long-term use and transportation.
- Performance: Optimal oxygen and carbon dioxide exchange, outstanding heat exchanger efficiency for cooling and warming the blood.
- Reduced systemic heparinization: Avoidance of blood-air contact, minimal extrinsic surfaces, heparin coating throughout.