Extension tube

Extension tubes are made from a flexible, transparent material such as biocompatible PVC, which is highly resistant to pressure and prevents contamination or leakage when used with injected substances. These tubes typically feature locking connectors at both ends, ensuring a secure and safe connection to other infusion and fluid transfer devices, such as IV sets or blood transfusion sets. These connectors are usually designed with either a screw-thread or a Luer lock mechanism to prevent leaks and accidental disconnection.

Extension tubes come in various lengths and diameters, chosen based on medical needs and patient requirements. The length typically ranges from 10 to 200 centimeters. The inner diameter can vary to control the flow volume, depending on the patient’s needs:

Short extension tubes: With lengths of 10 to 20 centimeters, suitable for situations where minimal distance between the patient and equipment is required.
Long extension tubes: With lengths of 100 to 200 centimeters, ideal when the infusion or equipment is positioned farther from the patient.
Extension tubes with large inner diameter: Used for faster fluid transfer, especially in emergency cases or for large volume fluid administration.
Extension tubes with small inner diameter: Suitable for administering specific medications or for patients requiring precise control over the injection flow.

Extension tubes improve the efficiency and safety of infusion processes by increasing the distance between the patient and equipment, providing safer access in various conditions. These tubes are particularly beneficial for long-term infusions, such as chemotherapy, or emergency situations requiring rapid fluid transfer. Additionally, using extension tubes reduces the risk of infection and minimizes unnecessary movement of equipment near the patient.

Extension tubes are essential tools for the administration of fluids and medications, designed in various sizes and types to meet different needs. By extending the distance and improving access, they contribute to enhanced efficiency and safety in fluid transfer and infusion processes.