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cardiohelp centrifugal pump|cardiopulmonary support systems

 cardiohelp centrifugal pump|cardiopulmonary support systems Preliminary design of centrifugal pumps Impeller design User Guide: • This program aims to design and visualize impellers of centrigugal pumps, based on the introduced parameters. • The whole program consists of 3 scripts: 1.Code_for_impeller_design.mlx 2.Design_data.matDouble suction pumps are designed with an impeller that draws water from both sides, effectively balancing the axial forces and allowing for higher flow rates. The impeller is symmetrically designed, with water entering from both sides and .

cardiohelp centrifugal pump|cardiopulmonary support systems

A lock ( lock ) or cardiohelp centrifugal pump|cardiopulmonary support systems HP=(1.34 x AMPS x VOLTS x EFF x PF x PHASES)/1000 =(1.34 x 7.9 x 210 x .80 x .86 x 1)/1000. HP=1.529. Based on this reading, it appears for the 5-3/4” impeller curve that the flow rate is about 185 to 195 GPM. A much tighter estimate of flow rate than we could get with the oversized pressure gauges with bouncing needles.

cardiohelp centrifugal pump|cardiopulmonary support systems

cardiohelp centrifugal pump|cardiopulmonary support systems : Brand manufacturer A: The BEP, or best efficiency point, is the point at which the pump operates at peak efficiency. At the BEP, flow enters and leaves the pump with a minimum amount of flow separation, turbulence, and other losses. The closer a pump operates to its BEP, the less wear the pump will experience, which increases the reliability of the pump.
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This AMT straight centrifugal pump has a cast iron housing, 2" female NPT suction ports, and 1-1/2" NPT discharge ports. The pump housing has a self-cleaning impeller that handles semi-solids up to 1/8" diameter, a fill and drain plug for easy servicing, a discharge port that rotates at 90-degree increments for flexible installation, and buna-n mechanical seal and .

The Cardiohelp System is a revolutionary cardiopulmonary support system that can provide support for cardiac and/or pulmonary function using either veno-venous (VV) or veno-arterial (VA) extracorporeal life support (ECLS) configurations. This innovative system incorporates a centrifugal pump that plays a crucial role in maintaining adequate blood flow and oxygenation to the patient's vital organs. Let's delve deeper into the functionality and benefits of the Cardiohelp centrifugal pump within the Cardiohelp ECLS system.

The Cardiohelp System is a compact system that pumps blood through an extracorporeal

Cardiopulmonary Support Systems

Cardiopulmonary support systems are essential in managing patients with severe cardiac or respiratory failure. These systems provide temporary support to the heart and lungs, allowing them to rest and recover. The Cardiohelp System is a versatile and compact system that can be used for both cardiac and pulmonary support.

The Cardiohelp centrifugal pump is a key component of the system, responsible for pumping blood through the extracorporeal circuit. This pump is designed to provide continuous and pulsatile flow, mimicking the natural flow of blood within the body. The centrifugal pump is highly efficient and can generate the necessary flow rates to meet the patient's physiological needs.

Cardiohelp ECLS

Extracorporeal life support (ECLS) is a life-saving therapy that provides temporary support to the heart and lungs in patients with severe cardiopulmonary failure. The Cardiohelp System offers both VV and VA ECLS configurations, allowing healthcare providers to tailor the therapy to the specific needs of each patient.

In the VV configuration, the Cardiohelp centrifugal pump supports gas exchange by removing carbon dioxide and adding oxygen to the blood. This configuration is ideal for patients with isolated respiratory failure, such as acute respiratory distress syndrome (ARDS). The pump maintains a continuous flow of blood through the oxygenator, ensuring adequate oxygenation of the patient's blood.

In the VA configuration, the Cardiohelp centrifugal pump provides circulatory support by pumping oxygenated blood from the extracorporeal circuit back into the patient's arterial system. This configuration is suitable for patients with severe cardiac failure, such as cardiogenic shock or myocardial infarction. The pump helps maintain adequate perfusion to the vital organs, supporting the heart in its recovery process.

The Cardiohelp System can support cardiac and / or pulmonary function using either …

$1,199.99

cardiohelp centrifugal pump|cardiopulmonary support systems
cardiohelp centrifugal pump|cardiopulmonary support systems.
cardiohelp centrifugal pump|cardiopulmonary support systems
cardiohelp centrifugal pump|cardiopulmonary support systems.
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