PVC Respiratory System Anesthesia Tubing Breathing Silicone Tubing Circuits

Disposable Anesthesia Circuit-Expandable

Features:

1. PVC Respiratory System:
- Material: PVC stands for polyvinyl chloride, which is a type of plastic. In the context of the respiratory system, PVC is likely used for certain components of the anesthesia tubing or breathing circuits.
- Function: PVC materials may be used for specific tubing or circuits within the respiratory system, contributing to their flexibility and durability.

2. Anesthesia Tubing:
- Purpose: Anesthesia tubing is a system of tubes used to deliver gases, such as oxygen and anesthetic agents, from the anesthesia machine to the patient and vice versa. It plays a crucial role in facilitating the delivery of gases for inhalation anesthesia.

3. Breathing Silicone Tubing:
- Material: Silicone tubing is made from silicone, a flexible and biocompatible material. Silicone is often used in medical applications due to its durability and resistance to degradation.
- Function: Silicone tubing may be part of the breathing circuit, providing a conduit for the passage of gases between the patient and the anesthesia machine. Silicone is chosen for its flexibility and suitability for medical use.

4. Circuits:
- Breathing Circuits: Breathing circuits are systems that include various components such as tubing, connectors, and filters. These circuits facilitate the flow of gases to and from the patient during anesthesia.

5. Application:
- Medical Use: The described PVC respiratory system, anesthesia tubing, breathing silicone tubing, and circuits are designed for medical use, particularly in anesthesia delivery systems. They play a crucial role in maintaining a patient's airway and providing controlled ventilation during surgery or other medical procedures.

Anesthesia tubing and circuits are essential components of the anesthesia delivery system, ensuring the safe and effective administration of anesthesia gases to patients. The use of materials like PVC and silicone contributes to the performance and durability of these components.

• Light weight reduces torque on Endotracheal Tube etc
• High transparency for good visibility
• Good tenacity and low compliance
• Well designed tubing prevents collapse of tube
• Cuffed connections ensure good sealing
• Available with different types of Wye connectors and elbows for temperature & pressure measuring, or gas monitoring, etc

What are three different types of anesthesia circuits?
What are the different types of anesthesia breathing circuits? Breathing circuits are usually classified as open, semiopen, semiclosed, or closed. They include various components configured to allow the patient to breathe (or be ventilated) with a gas mixture that differs from room air.

Why are anesthesia circuits corrugated?
COMPONENTS OF A BREATHING SYSTEM
Large bore, usually corrugated tubes, made of rubber or plastic. Corrugations increase flexibility and resistance to kinking. Clear plastic tubes are lightweight and low resistance.

How many types of anaesthesia circuits are there?
One method of classifying anesthesia breathing systems is based on how gas flows: open, semi-open, semi-closed, and closed systems.