Cardinal Health Suction Tubing Connectors

The Cardinal Health Suction Tubing Connectors are an essential component in medical settings, providing versatile and reliable solutions for fluid management. These connectors ensure robust performance, with options available for various applications. From surgical settings to hospital wards, their design allows seamless operation.

The connectors include features such as a five-in-one adaptability, ergonomic design, and compatibility with a range of suction devices and canisters. With options like the non-conductive 20 ft tubing and Y-connectors, each component is crafted for maximum performance. The roll stands and on/off valves further increase efficiency, making them a favored choice in healthcare infrastructures.

• The Cardinal Health Suction Tubing Connectors come in various configurations to fit different medical device setups, including Y-connectors, tee connections, and multi-canister roll stands for comprehensive fluid management.
• These connectors are designed to enhance the efficiency of suction systems, with features such as non-conductive tubing, ergonomic on/off valves, and versatile stands for easy operation and mobility in clinical settings.

• The Cardinal Health Suction Tubing Connectors system is versatile, accommodating various applications in medical environments. It is designed for easy connectivity and adaptability in surgical and hospital settings, ensuring a robust and reliable connection for fluid management.

1. What is the length of the non-conductive suction tubing?
The non-conductive suction tubing is 20 feet long and 6mm in diameter, making it ideal for reaching different stations in medical settings.

2. How many connectors are there in a case of Argyle™ 5-in-1 Surgical Suction Tubing Connector?
Each case contains 50 Argyle™ 5-in-1 Surgical Suction Tubing Connectors.

3. What is the purpose of the In-Line Vacuum On/Off Valve?
The In-Line Vacuum On/Off Valve is designed for controlling the flow of suction with ease, allowing for precise management during medical procedures.