Infuneo 21 G
An Infuneo 21G device refers to a clinical-grade, sterile, disposable intravenous (I.V.) infusion administration set pre-fitted with a 21 Gauge hypodermic needle. It is widely used in hospital settings and clinical environments for the safe and continuous gravity-fed administration of standard intravenous fluids and routine medications.
Key Technical Specifications
- Flow Calibration: Configured as a standard macro-drip administration set delivering a drop size of 20 drops/mL.
- Pre-Attached Needle Size: Equipped with a standard 21G x 1.5-inch medical needle. The needle is ultra-sharp, triple-facetted, and siliconised to reduce skin friction and entry trauma for patient comfort.
- Tubing Metrics: Features a 150 cm long, highly flexible, and translucent PVC tube. The line is engineered to be kink-resistant to maintain an unrestricted, steady gravitational fluid flow rate.
- Sterilization Standard: Individually packed in a tamper-evident, sterile peel pouch and treated with Ethylene Oxide (ETO) gas to guarantee a 100% pyrogen-free and non-toxic fluid track.
Core Component Design
- The Piercing Spike: A heavy-duty, beveled plastic spike designed to puncture rigid fluid bags or glass bottles cleanly. It features an integrated air vent with a hydrophobic bacterial filter to equalize internal air pressure.
- Transparent Drip Chamber: A clear, collapsible cylindrical chamber that permits easy visual monitoring of the fluid flow rate. It contains a built-in fluid filter (typically a 15-micron disc filter) at the base to trap crystallization and micro-particulates.
- Roller Flow Controller: An efficient, high-precision thumb roller clamp that allows nursing personnel to manually constrict or dilate the tubing diameter to accurately adjust fluid delivery speed.
- Terminal Hub: Connects securely to standard peripheral intravenous lines, catheters, or extension ports.
Primary Clinical Indications
- Administration of daily hydration, saline, or maintenance solutions to adult patients.
- Routine clinical settings where a standard fluid flow rate is preferred, striking an optimal balance between delivery speed and vein comfort.

