IV Cannula Complications | Types of IV Cannula - IV Cannula Exporter

  In modern healthcare settings, efficient fluid and medication administration is critical to patient care. One essential device that plays a significant role in this process is the stopcock . A stopcock plastic medical device is a small yet vital component used in intravenous (IV) therapy, enabling healthcare professionals to regulate, direct, and control the flow of fluids and medications with precision. These devices contribute to improved patient safety, enhanced efficiency, and reduced risks of contamination. This article explores the importance of stopcocks in hospitals and how they improve fluid and medication administration. Understanding Stopcocks in Medical Applications Stopcocks are valve-like connectors used in IV therapy, enabling multiple infusions through a single access point. They are typically made of medical-grade plastic and are available in two-way and three-way configurations , allowing healthcare professionals to control the flow of fluids and medicatio...

  What is a 3-Way Stopcock? A 3-way stopcock is a small but crucial medical device used in hospitals and healthcare settings. It is a type of valve that controls the flow of fluids in multiple directions, commonly used in IV therapy, blood transfusion, and medical sampling procedures. The device allows healthcare professionals to connect multiple infusions, regulate flow, and switch between different fluid sources without disconnecting the tubing. Made from high-quality stopcock plastic medical materials, it ensures safety, sterility, and efficiency in medical procedures. 3-Way Stopcock Design The 3-way stopcock is designed with precision to meet medical safety standards. It consists of: Main Body : Made from durable and biocompatible stopcock plastic medical material to ensure safety. Three Ports : Allows simultaneous connection of two different infusions or fluids with one common outlet. Rotating Handle : A 360-degree rotating tap that controls the direction of fluid flow. Lu...