Anesthesia Machine Medical Flow Meter Manufacturer

Vaporizers & Flowmeter Types

10L Oxygen Flowmeter

The 10L Oxygen Flowmeter, featuring a float display, excels in air tightness, accuracy, and stability for anesthesia and Boyle’s apparatus use.

Anesthetic Vaporizer Isoflurane

Isoflurane Anesthetic Vaporizer, a crucial device for safe anesthesia, boasts over 50,000 global sales with its efficiency, quality, and adaptability.

Anesthetic Vaporizer Sevoflurane

Sevoflurane Anesthetic Vaporizer, essential for precise gas conversion and delivery, ensures patient safety and anesthesia machine quality.

Five Tubes Flowmeter

The Five Tubes Flowmeter, with a conical design and graduated tubes, features regulating valves and floats for precise pressure control.

Four Tubes Flowmeter

The Four Tubes Flowmeter, acclaimed for its stability and support, is a bespoke solution for global anesthesia machine manufacturers.

Six Tubes Flowmeter

The Six Tubes Flowmeter, integral for anesthesia, measures gas flow in ml/min and l/min, color-coded for various gases’ safe administration.

 

What is Vaporizers & Flowmeter of RHC Medical?

Vaporizers and flowmeters from RHC Medical are essential components of an anesthesia machine. Vaporizers are responsible for delivering precise concentrations of volatile anesthetic agents to patients during surgery. They ensure the controlled and accurate administration of anesthetic gases, allowing anesthesiologists to adjust the concentration based on the patient's needs. Flowmeters, on the other hand, regulate the flow of gases, including oxygen and medical air, into the anesthesia circuit. They provide precise control over the gas flow rate, ensuring a consistent and reliable supply of gases to the patient. Together, vaporizers and flowmeters play a critical role in the safe and effective delivery of anesthesia during surgical procedures.

How does Flow Meter Work

A flow meter is a device used to measure and control the flow rate of a fluid or gas.

It operates based on the principle of fluid mechanics. In a typical flow meter, the fluid or gas passes through a restricted area, such as a narrow tube or orifice.

The flow meter contains a mechanism, such as a float, turbine, or pressure sensor, that responds to the flow of the fluid or gas. As the fluid or gas passes through the restricted area, it causes a change in the mechanism, which is then translated into a readable flow rate on a scale or display.

Flow meters can be designed based on various principles, including differential pressure, thermal, ultrasonic, or electromagnetic methods, to accurately measure and monitor fluid or gas flow in different applications.

 