SARNS 9000 HEART-LUNG CONSOLE

A Cardiopulmonary Bypass Machine Related Image

(Not Necessarily related to the device)

Description:

SARNS 9000 Heart-Lung Console by 3M Health Care SARNS

The SARNS 9000 Heart-Lung Console, produced by 3M Health Care SARNS, is a cutting-edge medical device engineered to support cardiovascular surgeries, primarily bypass surgeries that require cardiopulmonary bypass machines. The device's primary function is to temporarily take over the role of the heart and lungs, ensuring the patient's blood remains oxygenated and circulated during critical surgical procedures.

Recognized for its reliability, the SARNS 9000 Heart-Lung Console brings unparalleled benefits in precision, consistency, and safety. Integrated with advanced technology, the device displays real-time monitoring of blood flow, pressure, and other vital parameters, thereby enabling healthcare professionals to adapt seamlessly to the dynamic surgical environment.

This state-of-the-art medical device is renowned for its robust construction and durability, reducing the need for frequent maintenance. Its intuitive design and interfaces assist in simplifying the workflow in the operating room and contribute to better patient outcomes. Overall, the SARNS 9000 Heart-Lung Console stands as an essential component in the field of cardiovascular surgery, helping surgeons perform their duties with utmost confidence and precision.

How It Works:

Introduction to SARNS 9000 Heart-Lung Console

The SARNS 9000 Heart-Lung Console is an advanced medical device specifically designed for use in cardiovascular surgery procedures where cardiopulmonary bypass is necessary. This leading-edge technology plays a crucial role in surgical operations by temporarily taking over the functions of the heart and lungs during open-heart surgery.

Core Functions and Mechanism of the SARNS 9000 Console

The Prominent Functions of this medical device include oxygenation, circulation, and the removal of carbon dioxide from the blood, essentially replacing the functions of a patient's heart and lungs during an operation. The mechanism of the SARNS 9000 Heart-Lung Console involves several interconnected processes, encompassing the following steps: 1. Circulation: The blood from the patient's body is diverted into the machine, bypassing the heart and lungs. This process is accomplished using cannulas (specialized, flexible tubes) that are inserted into the major blood vessels leading to and from the heart. The machine then pumps the blood back to the body, effectively handling the circulation process of the heart. 2. Oxygenation: The machine receives the venous (oxygen-depleted) blood from the body and passes it through an oxygenator, which infuses the blood with oxygen while removing carbon dioxide – a replication of the lungs' gas exchange process. 3. Temperature Control: The SARNS 9000 Heart-Lung Console has a heat exchanger which actively controls the temperature of the blood. This is often used to cool the body during complex operations to reduce the metabolic rate and oxygen consumption, increasing the safe duration of the surgery. 4. Monitoring: The system has in-built sensors and monitors to ensure the correct circulation rate, pressure, temperature, and the blood-oxygen levels are maintained throughout the operation.

Summarizing the Cardiopulmonary Bypass Process

In summary, the SARNS 9000 Heart-Lung Console essentially 'stands in' for the patient's heart and lungs by circulating, oxygenating, and controlling the temperature of the blood, thus allowing the surgeon to carry out surgical procedures on a still, non-beating heart. Throughout the process, it closely monitors and maintains the optimal parameters to ensure patient safety. Please note: While this console plays a crucial role in cardiothoracic surgery, its use involves a highly specialized and trained medical team due to its complex and critical nature. This explanation is intended to provide a descriptive overview of the concept and functionality of the SARNS 9000 Heart-Lung Console; the actual utilization of this device for surgical purposes should be performed by suitably qualified medical professionals only.