The Stockert-sc artificial heart-lung machine uses the third-generation horseshoe-shaped pump head (the company's patented design). Its advantage is that it reduces the pressure change of the blood flow in the pipeline when the rotor rotates and squeezes the pipeline, reducing The blood flow is turbulent, thereby reducing damage to the blood. The Stockert-sc artificial heart-lung machine has a dual monitoring point control mode for pressure monitoring and liquid level monitoring, which can automatically reduce and adjust the pump speed while alarming, avoiding the possible adverse consequences to patients caused by immediately stopping the pump when alarming. Another feature of the Stockert-sc artificial heart-lung machine pressure monitoring device is that it has an overpressure pump stop function. When the pressure exceeds the set value, the pump head will stop running. When the pressure returns to the allowable range, the pump will resume its original pump speed. Bubble monitoring, pressure monitoring, fluid level monitoring, continuous venous oxygen saturation monitoring, and myocardial protection perfusion systems all improve safety during extracorporeal circulation.
The backup power supply of the Stockert-sc artificial heart-lung machine can continuously work for 130 minutes after a power outage, and has a function of displaying the remaining time of the backup power supply. For patients with ventricular assist, venous bypass during liver transplantation, left heart bypass, extracorporeal membrane oxygenation (ECMO), coronary artery balloon dilatation or stent implantation (PTCA), valve balloon dilatation (PV) For assistance and support, the centrifugal pump system attached to the Stockert-SC machine can also meet clinical needs.