Medical Gas Flowmeter is a device used to measure and regulate the flow of medical gases in a hospital setting. It is an essential piece of equipment that ensures accurate and safe delivery of medical gas to patients. The flowmeter is designed to provide continuous and precise flow control of different medical gases, such as oxygen, nitrous oxide, and medical air. In this article, we will discuss everything you need to know about Medical Gas Flowmeter, including their types, features, and benefits.
Types of Medical Gas Flowmeter:
There are primarily two types of medical gas flowmeters – Thorpe Tube and Bourdon Tube. The Thorpe Tube flowmeter consists of a conical tube with a float, whereas, the Bourdon Tube flowmeter has a curved tube with an indicating pointer. The Thorpe Tube flowmeter is used to measure low flow rates of gases such as nitrous oxide, whereas, the Bourdon Tube flowmeter is used for high flow rates of gases such as oxygen.
Features of Medical Gas Flowmeter:
Medical gas flowmeters are designed with specific features to ensure accuracy, safety, and reliability. One of the main features is the pressure-compensated flow control valve that maintains a consistent flow rate even when the gas source pressure changes. Another feature is the alarm system that alerts the operator when the flow rate exceeds the safe limit. The flowmeter also has an accurate and easy-to-read scale that displays the flow rate in liters per minute.
Benefits of Medical Gas Flowmeter:
The use of medical gas flowmeters has various benefits in a clinical setting. Firstly, it ensures accurate and precise delivery of medical gases to patients, preventing any overdosing or underdosing, which could result in severe health consequences. Secondly, it enables the clinicians to monitor and adjust the flow rate of gases to meet the specific needs of each patient. Thirdly, the alarm system feature of the flowmeter ensures that any overspill or leak is detected promptly, preventing any hazardous situations.
How to use Medical Gas Flowmeter:
Using a medical gas flowmeter requires careful attention and observation. Firstly, ensure that the flowmeter is correctly installed and calibrated before use. Secondly, check the gas supply and connections to the flowmeter to ensure no leaks or blockages. Thirdly, set the required flow rate based on the patient’s condition, and monitor the flow rate continuously to ensure it stays within the safe limit range. Lastly, ensure to turn off the flowmeter after use and disconnect the gas supply.
Conclusion:
Medical gas flowmeter is an essential device used in medical settings to ensure accurate and safe delivery of medical gases to patients. Understanding the types, features, and benefits of the flowmeter and how to use it correctly could improve patient outcomes and prevent any hazardous situations. Always consult with a healthcare professional for the correct and safe use of medical equipment.